JASIS 2026 Exhibition - The long-awaited new product, the 8-channel Cavro Antlia Static 8-Channel ADP, joins the Cavro ADP series!

The most versatile liquid handling arm. It offers flexibility tailored to your needs with a quiet and smooth modular design.

You can experience the design of a dispensing robot arm with your desired specifications using the design link below! https://apps.kaonadn.net/5463001/robot/index.html#;5 You can design configurations tailored to your needs, such as selecting nozzles and disposable tips, moving tubes and multi-well plates, and automatically loading them into analytical devices. It is possible to have a frame that allows the device to stand alone or a specification without a frame that bridges between devices. This system features liquid handling arms (XYZ) and optional accessories (probes, grippers, etc.) supplied by Tecan, which is involved in the design and contract manufacturing of numerous high-throughput automatic dispensing devices, automatic purification pre-treatment devices, and automatic measurement devices for in vitro diagnostics worldwide. Options for with or without chassis are available. It enables the best arrangement according to your purpose and application using exactly the same components as our proven devices. Robustness with a 2-year warranty. *Click "Download Catalog" for specifications.*

• Syringe Pump
• Other industrial robots
• Dispenser

For those who want to develop and complete a virus automatic analysis device right now, it can be completed with minimal adjustments using a guaranteed liquid dispensing robot!

There are proven results for the integration of in vitro diagnostic analysis devices, pre-processing devices, and sample dispensing devices for genetic testing and immune testing worldwide. More reliable dispensing can be achieved when combined with the ADP unit. 1) The mechanism is visualized on the design site. https://apps.kaonadn.net/5463001/robot/index.html#;5 2) The product arrives in a nearly assembled state. - All arms are verified for operation before shipment. - Racks compatible with blood collection tubes, holders for multi-well plates, and holders for disposable tips are also provided. They can be easily installed to match the grid of the work table. - An exterior cover is also available. 3) Easy teaching with the accompanying software. - Set the arm to a free state and simply move it to the designated position, then input the displayed information as operation commands. - The dispensing volume and speed (acceleration) of the liquid can be adjusted in microliters, without the need for direct motor adjustments. - Liquid level detection, suction pressure monitoring, and automatic ejection of disposable tips can be activated with a simple command. - There is a collision prevention mechanism for the arm. The operation sequence can also be directly input into the software, and the verification of a series of operations is automated.

• Stepping motor

For those who want to develop an automatic virus sample dispensing device or sample pretreatment device right now, a guaranteed liquid dispensing robot can be completed with minimal adjustments!

There are achievements in the integration of in vitro diagnostic analysis devices, preprocessing devices, and sample dispensing devices for genetic testing and immune testing worldwide. 1) Imagining the mechanism on the design site. https://apps.kaonadn.net/5463001/robot/index.html#;5 2) The product arrives in a nearly assembled state. - All arms are verified for operation before shipment. - Racks compatible with blood collection tubes, holders for multi-well plates, and holders for disposable tips are also provided. They can be easily installed according to the grid of the work table. - An exterior cover is also available. 3) Easy teaching with the accompanying software. - Set the arm to a free state and move it to the designated position by hand, then input the displayed information as operation commands. - The dispensing volume and speed (acceleration) of liquids can be adjusted in microliters, without the need for direct motor adjustments. - Functions such as liquid level detection, suction pressure monitoring, and automatic ejection of disposable tips can be activated with a simple command. - There is a collision prevention mechanism for the arm. The operation sequence can also be directly input into the software, and the verification of a series of operations is automated. *For more details, please download the PDF or contact us.*

• Stepping motor

I want you to develop and deliver the analysis and preprocessing equipment right now! A product that can meet the unreasonable requests of customers and sales staff has arrived.

Easily and quickly build a dispensing device and analysis device! A nearly completed dispensing system. Simply choose options, customize the end-user software, and apply your company's logo. - Simple teaching - Equipped with a drawer for syringe pumps, diaphragm pumps, and switching valves - Compatible with devices supplied by other manufacturers - Freely choose the platform size, number of arms, and configuration of the Z arm - Capable of including a dispensing probe cleaning station and pipette module - Freely select container stands, sample racks, and disposable tip racks - Capable of including a dispensing probe cleaning station and pipette module - Reliable liquid level detection that can operate capacitively and with liquid contact pressure simultaneously - Equipped with a power switch, hood and hood lock, and status lamp - Exterior color can also be selected - MFC board and driver are built-in - Control connectors and power supply for additional devices - Easy teaching of the arms Meets the requirements of ISO 13485, 9001, FDA 21 CFR Part 820, UL certification, RoHS compliance, and REACH compliance for in vitro diagnostic analysis devices and pre-treatment devices.

• Stepping motor

I want you to develop and deliver the analysis and preprocessing equipment right now! A product that can meet the unreasonable requests of customers and sales staff has arrived.

A dispensing device and analysis device can be easily constructed in a short time! This dispensing system is nearly complete. All that remains is to adapt the software for end users and apply your company's logo. - Equipped with a drawer for a syringe pump, diaphragm pump, and switching valve - Other manufacturers' devices can be added according to purpose - Platform size, number of arms, and configuration of the Z arm can be freely selected - A dispensing probe cleaning station and pipette module can also be included - Container stands, sample racks, and disposable tip racks can be freely selected - Reliable liquid level detection that can operate capacitively and with liquid surface contact pressure simultaneously - Power switch, hood and hood lock, and status lamp are also included - Exterior color can also be selected - MFC board and driver are built-in - Control connectors and power supply for additional devices - Teaching the arms is easy Meets the requirements of ISO 13485, 9001, FDA 21 CFR Part 820, UL certification, and complies with regulations for in vitro diagnostic analysis devices and pre-treatment devices, including RoHS and REACH compliance.

• Stepping motor

Here are examples of the use of OEM pipette units in devices used around the world. Numerous cases that have solved many problems.

Please click on the images of the case studies displayed in the "catalog" below to download the case studies. Features of the ADP Pipetting Module: A hit product from Tecan (Demo and rental available.) ◎ Independent control with built-in firmware ◎ Double liquid level detection: Liquid levels can be detected through changes in pressure and capacitance within the pipette. ◎ Traceability: Monitoring of dispensing errors such as suction of solids, suction of bubbles, and air suction can be performed using analytical instruments and in vitro diagnostic devices. ◎ Manufacturing management: Monitoring of liquid dispensing operations during the manufacturing process ◎ Detection of non-conductive solutions (such as organic solvents) is also possible ◎ High precision and reproducibility (5-digit step/increment control) ◎ Freely control pipetting speed to accommodate the properties of liquids ◎ No chip eject tool required (the module automatically ejects the pipette tip, minimizing liquid splash contamination during ejection) ◎ Compact We are currently offering this dispensing know-how (speed control and multi-pipetting expertise). If you are interested, please contact Tecan Japan Co., Ltd. http://www.tecan.co.jp/about/profile.html

• Syringe Pump
• dispenser
• pipette

No need for liquid path design or motor adjustments. Proven accuracy, liquid level detection, and other multifunctional capabilities, with numerous use cases worldwide in infectious disease and immunological testing using disposable chips.

Numerous achievements in the integration of industry-leading medical genetic testing and high-sensitivity immunoassay devices worldwide. Short-term development of devices that can reliably screen for infectious disease carriers individually or collectively during outbreaks. Additionally, for immunoassay devices that want to prevent cross-contamination. *The new product ADP Detect has also been released! - Wearable disposable chips: Various specifications of chips in different sizes can be attached using a single type of unit, tailored to the purpose and liquid volume. Chips suitable for PCR testing gene samples are also provided. Types that prevent false positives in genetic testing and high-sensitivity immunoassays are also available. - Easy device integration and liquid control: Communication and power supply are managed with just the DA15 adapter. Liquid suction, discharge, and speed control can be easily managed via commands without directly controlling the stepper motor. No liquid path design is required, making adjustments simple. - Easy dispensing sequence design and operational assurance: Various convenient features are equipped, including liquid level detection (to prevent cross-contamination and accuracy fluctuations). At the same time, there are many functions that monitor the liquid operations to ensure that the operations of the integrated medical devices are reliably performed. *For more details, click the "Download Catalog" button below. ↓

• Other pumps
• Syringe Pump
• dispenser

No need for liquid path design or motor adjustment. With proven accuracy, liquid level detection, and chip eject functions, a high-throughput infectious disease analysis device has been completed in a short time.

Achievements in the introduction of PCR devices for the detection of the novel coronavirus by manufacturers worldwide. Numerous implementations in high-sensitivity immunoassay devices. Short-term development of devices that reliably detect infectious diseases. - Wearable disposable chips: A single type of unit can accommodate chips ranging from 10μl to 1ml (liquid volume range: less than 1μl to 1000μl). Grades for genetic samples for PCR testing are also provided. Filters to prevent false positives in genetic testing are available. - Easy device integration and liquid control: Communication and power supply are managed solely through the DA15 adapter. Liquid suction, discharge, and speed control can be easily managed via commands without directly controlling the stepper motor. No need for liquid path design, making adjustments simple. - Simple dispensing sequence design and operation assurance: Liquid level detection (to prevent cross-contamination and accuracy fluctuations) and automatic chip ejection can be executed with a single command. Liquid delivery operation confirmation via encoder. Recognition of chip installation and pressure monitoring during liquid suction (detecting air suction, clogging from floating particles, bubble suction, etc.) ensure reliable dispensing operations. *For more details, please click the "Download Catalog" button below.↓

• Other pumps
• Syringe Pump
• dispenser

Trace of solid matter blockage and bubble suction. Essential for in vitro diagnostic devices. Used in manufacturing management for reliable liquid dispensing traceability. Also applicable for liquid level detection of non-conductive liquids.

Tekan's Hit Product (Demo Available) ◎ No need to connect liquid delivery tubes ◎ Equipped with firmware for independent control. No calibration required. ◎ Double liquid level detection: Liquid levels can be detected through pressure changes and capacitance changes within the pipette. ◎ Traceability: Monitoring of dispensing errors such as solid suction and bubble suction can be performed using analytical instruments and in vitro diagnostic devices. ◎ Manufacturing management: Monitoring of liquid dispensing operations during the manufacturing process. ◎ Capable of detecting non-conductive solutions (such as organic solvents). ◎ High precision and reproducibility (5-digit step/increment control). ◎ Pipetting speed can be freely controlled. ◎ No chip eject tool required (the module itself automatically ejects pipette tips, minimizing liquid splatter contamination during ejection). ◎ Compact. * For detailed specifications, please click "Download Catalog" below.

• Other pumps
• Syringe Pump
• dispenser

No need for liquid path design or motor adjustments. With proven accuracy, liquid level detection, and chip eject functions, a high-throughput infectious disease analysis device is completed in a short time.

Achievements in the introduction of PCR devices for the detection of the novel coronavirus by manufacturers worldwide. Numerous integrations into high-sensitivity immunoassay devices. Short-term development of devices that reliably detect infections. - Usable disposable chips: A single type of unit can accommodate chips ranging from 10μl to 1ml (liquid volume range: below 1μl to 1000μl). Grades for genetic samples for PCR testing are also provided. Filters to prevent false positives in genetic testing are included. - Easy device integration and liquid control: Communication and power supply are managed solely through the DA15 adapter. Liquid suction, discharge, and speed control can be easily managed via commands without directly controlling the stepper motor. No liquid path design is required, making adjustments simple. - Simple dispensing sequence design and operation assurance: Liquid level detection (to prevent cross-contamination and accuracy fluctuations) and automatic chip eject can be executed with a single command. Liquid delivery operation confirmation via an encoder. Recognition of chip installation and pressure monitoring during liquid suction (detecting air suction, blockage from floating particles, bubble suction, etc.) ensure reliable dispensing operations. *For more details, click the "Download Catalog" button below.↓

• Other pumps
• Syringe Pump
• dispenser

Detection of clots and bubble suction is possible. Three types of self-diagnostic functions. Monitoring the reliability of operations such as confirming the retention of pipette tips.

Tekan's Hit Product (Demo available.) ◎ A system for genetic and immune measurements that requires disposable tips. For high-sensitivity detection devices. ◎ Equipped with firmware for standalone independent control. No calibration needed. ◎ Double liquid level detection: Liquid levels can be detected through pressure changes and capacitance changes within the pipette. ◎ Traceability: Monitoring of dispensing errors such as solid suction and bubble suction can be performed with analytical instruments and in vitro diagnostic devices. ◎ Manufacturing management: Monitoring of liquid dispensing tasks during the manufacturing process. ◎ Detection of non-conductive solutions (such as organic solvents) is also possible. ◎ High precision and reproducibility (5-digit step/increment control). ◎ Free control of pipetting speed. ◎ No chip eject tool needed (the module itself automatically ejects the pipette tip, minimizing liquid splatter contamination during ejection). ◎ Compact. * For detailed specifications, click the "Download Catalog" button below. ↓

• Other pumps
• Syringe Pump
• dispenser

We will present our company's dispensing know-how and expertise on the air gap of high-performance embedded pipettes through a lottery.

Tecan's Hit Product (Demo Available) ◎ Independent control with built-in firmware ◎ Double liquid level detection: Liquid levels can be detected through pressure changes and capacitance changes within the pipette. ◎ Traceability: Monitoring of dispensing errors such as solid suction and bubble suction can be performed using analytical instruments and in vitro diagnostic devices. ◎ Manufacturing management: Monitoring of liquid dispensing operations during the manufacturing process. ◎ Detection of non-conductive solutions (such as organic solvents) is also possible. ◎ High precision and reproducibility (5-digit step/increment control) ◎ Free control of pipetting speed ◎ No chip eject tool required (the pipette tip is automatically ejected by the module itself, minimizing liquid splatter contamination during ejection) ◎ Compact We are currently offering this dispensing know-how (speed control and multi-pipetting techniques) through a lottery. If you are interested, please contact Tecan Japan Co., Ltd. http://www.tecan.co.jp/about/profile.html * For detailed specifications, please click "Download Catalog" below.

• Other pumps
• Syringe Pump
• dispenser

No need for liquid path design or motor adjustments. A high-throughput infectious disease analysis device has been completed with proven accuracy, liquid level detection, and chip eject functions, allowing for rapid results.

Suitable for sample aliquoting and dispensing tasks from test tubes and blood collection tubes to multi-well plates suitable for simultaneous processing and analysis of multiple samples, as well as dedicated analysis containers. 【Features】 - Disposable tips: Various tips that match liquid volumes can be attached to a single type of unit. Gene testing grade is also available. Filters are provided to prevent false positives in genetic testing and high-sensitivity immunoassays. - Easy device integration and liquid control: No need for liquid path design, making adjustments simple. - Simple dispensing sequence design and assurance of operation: Reliable dispensing operation is ensured, such as through liquid level detection. - Racks for blood collection tubes, tips, and multi-well plates are also available separately. *For more details, please click the "Download Catalog" button below.↓

• Other pumps
• Syringe Pump
• dispenser

No need for liquid path design or motor adjustments. With proven accuracy, liquid level detection, and chip eject functions, a high-throughput infectious disease analysis device has been completed in a short time.

Ideal for sample transfer and dispensing tasks from test tubes and blood collection tubes to multi-well plates suitable for simultaneous processing and analysis of multiple samples, as well as dedicated analysis containers. - Disposable tips: A single type of unit can accommodate tips sized from 10μl to 1ml (liquid volume range: below 1μl to 1000μl). Gene testing grade is also available. Filters to prevent false positives in genetic testing and high-sensitivity immunoassays are also provided. - Easy device integration and liquid control: Liquid aspiration, dispensing, and speed control can be easily managed via commands without directly controlling the stepper motor. No liquid path design is required, making adjustments simple. - Simple dispensing sequence design and operational assurance: Liquid level detection (to prevent cross-contamination and accuracy fluctuations) and automatic chip ejection can be executed with a single command. Liquid delivery operation confirmation via encoder. Recognition of chip attachment and pressure monitoring during liquid aspiration (detecting air suction, clogging from suspended particles, foam suction, etc.) ensures reliable dispensing operations. - Racks for blood collection tubes, tips, and multi-well plates can also be provided separately. *For more details, please click the "Download Catalog" button below. ↓

• Other pumps
• Syringe Pump
• dispenser

One stroke of the syringe takes 50 hours.

Long-lasting New Concept Syringe Pump Now Available ＝＝＝＝＝ Overview ＝＝＝＝＝ The Centris Pump is a compact syringe pump module for laboratory equipment that offers high accuracy, reliability, and reproducibility. The new Centris Pump features a simple yet robust mechanical design that requires minimal maintenance. It has the smallest footprint among OEM syringe pumps and is fully RoHS compliant. ★ For the technical specifications of the Centris Pump, please download the catalog ★ ＝＝＝＝＝ Features ＝＝＝＝＝ - Utilizes long-life ceramic valves and ceramic syringes Capable of handling high liquid temperatures - High reproducibility: below 0.05% CV/FS - High resolution: 181,490 steps - Programmable flow rate: 5 nl/s to 5 ml/s - Compact size (installation space: 69×45 mm) * For more details, please download the PDF or contact us.

• Syringe Pump
• Lab metering pump
• pump

A proven Techan syringe pump with 24,000 steps, ideal for product development that requires high dispensing precision. Compact yet ultra-durable design.

＝＝＝＝＝ Overview ＝＝＝＝＝ The Tekan Cavro XCalibur is a compact, lightweight OEM syringe pump with high dispensing accuracy. In recent years, the Excalibur has been applied in chemical analysis instruments and clinical diagnostic devices worldwide due to its performance and durability, and it is actively incorporated into our automated dispensing systems. It can perform various operations with simple commands and notifies users of errors with error codes in case of issues. It is ideal for product development that requires space-saving and high dispensing accuracy. It is fully compliant with RoHS3. (*Demo and loan units are available) *For detailed specifications, please click "Download Catalog" below.

• Other pumps
• Syringe Pump
• dispenser

A proven Techan syringe pump suitable for product development requiring 24,000 steps and high dispensing accuracy. Compact yet ultra-durable design.

＝＝＝＝＝ Summary ＝＝＝＝＝ The Tekan Cavro XCalibur is a compact and lightweight OEM syringe pump with high dispensing accuracy. In recent years, the Excalibur has been applied to analytical devices and clinical diagnostic equipment worldwide due to its performance and durability, and it is actively incorporated into our automatic dispensing systems. It is suitable for product development that requires space-saving and high dispensing accuracy. It is fully RoHS compliant. The valve supports various liquid path switching. The photo shows a model equipped with a specially designed valve. Additionally, a new solenoid valve type has also been released. (*Demo and pump loan (including evaluation kits) are available) *For detailed specifications, please click "Download Catalog" below.

• Syringe Pump
• Other physicochemical equipment
• Analytical Equipment and Devices

Achieve high-precision liquid sample collection with easy operation.

In the water treatment industry, accurate sample collection in water quality testing affects the reliability of test results. Particularly when analyzing trace components or when continuous monitoring is required, precise sample collection and stable supply are essential. Inaccurate sample collection can lead to incorrect analysis results, potentially lowering the accuracy of water quality management. Our micro pumps support accurate sample collection in water quality testing with high-precision dispensing capabilities and a variety of interfaces. 【Usage Scenarios】 - Water quality testing laboratories - Wastewater treatment facilities - Water quality monitoring of rivers and lakes - Drinking water production processes 【Benefits of Implementation】 - Improved reliability of analysis results through accurate sample collection - Enhanced work efficiency through automation - Adaptability to various samples - Reduction in running costs

• Syringe Pump
• Positive Displacement Pump
• dispenser

Tekan's 48,000-step high-resolution syringe pump. Compatible with 50 ml at a stroke of 6 cm. Proven track record in many analytical devices and FA (factory automation).

Calibration is completely unnecessary. Proven performance in a wide variety of applications (production automation involving liquid dispensing, automatic sample collection within factories, in vitro diagnostic analysis devices, chemical analysis devices, etc.). Rugged design reduces service costs for embedded devices. Contributes to a reduction in equipment failure rates. High resolution: 48,000 steps 2-year warranty Easy integration and management in simple production equipment - Commands can be easily controlled via serial communication (RS232, RS485) or CAN communication, such as with PLCs. - In case of trouble, quick root cause resolution with error codes. Complete recovery with initialization. - Power-on counts and plunger operation counts are recorded in firmware. Easy retrieval. - Self-diagnostic switch allows for immediate checking of mechanism integrity. - Consumable parts (syringes and valves) can be easily replaced.

• Syringe Pump
• Positive Displacement Pump
• dispenser

Nozzle (probe) for Tekan systems and devices designed for accurately dispensing liquids with various properties, from ultra-micro to large volumes, under various conditions.

Cavro's components have been providing innovative and reliable liquid dispensing technology to developers of devices and systems for over 40 years. To dispense liquids accurately, it is necessary to adjust the dispensing conditions of high-precision syringe pumps or pipette modules according to the volume and properties of the liquid. However, it is equally important to select the dispensing nozzle or probe that will be the tip for expelling or aspirating the liquid. This consideration becomes particularly crucial when dealing with volumes of 1 ml or less. In fact, our company has been providing dispensing probes for many years to establish reliable measurement systems in fields such as in vitro diagnostic analysis devices, analytical chemistry, and production facilities. These probes are also utilized in our high-throughput, high-precision dispensing systems that we offer.

• nozzle
• Other pumps
• Syringe Pump

Change in the shape of the D-sub15 adapter part.

We have decided to change the D-sub 15 adapter for the Syringe Pump XLP6000 series to enhance convenience. The affected serial numbers are as follows. Please note that there are no changes to the shape of the D-sub 15 adapter or the assignment of each pin. We apologize for any inconvenience this may cause and appreciate your understanding.

• Syringe Pump

Techan's embedded components and parts enable ultra-micro to large volume support and high-precision liquid dispensing from ultra-slow to high speed.

Cavro's components have been providing innovative and reliable liquid dispensing technology to developers of devices and systems for over 50 years. We have offered solutions to establish robust measurement systems for applications in in vitro diagnostic analysis devices and the field of analytical chemistry. 【Why is it popular worldwide?】 Is your company a specialized manufacturer of micro-dispensing pumps, or are you a manufacturer of devices and systems? Liquid delivery is a core function of analytical devices. To expand reproducibility, sensitivity, and reliable measurement ranges, precise dispensing and liquid delivery adjustments are essential. Can you immediately determine the perfect conditions for liquids of various properties and volumes? Are you planning to invest a lot of time and money to create special pumps? Tekan provides OEM pumps that can quickly determine suitable dispensing conditions for a range from below 1μl to 50ml. Its accuracy has a reproducibility CV of less than 0.05%. Based on our accumulated experience and data, we can advise on suitable liquid delivery and dispensing conditions tailored to your specifications. As a result, many manufacturers of medical devices and analytical instruments have successfully completed high-performance devices and systems in a short period worldwide. Download the catalog from the link below.

• Other pumps
• Syringe Pump
• dispenser

1μl has a CV of less than 1%. No maintenance is required even after 5 million cycles of operation. Liquid dispensing of 0.7 seconds with a piston of 100 to 5000μl. The mechanism is inexpensive.

0.7 seconds high-speed dispensing. Proven performance in a wide variety of applications. Equipped with a pressure sensor to detect nozzle clogs and other issues. Robust design and maintenance-free operation reduce service costs for embedded devices. Contributes to a lower failure rate of the equipment. The full configuration with a base allows for easy control of valve and piston movements via commands. Report functions and error logs are also automatically sent. Control base, solenoid valves, pressure sensors, etc., are optional. A cost-effective option is available if only the mechanism is needed. *For more details, please download the PDF or contact us.

• Other pumps

Syringe pump for adjusting the discharge volume from 1nl and monitoring the discharge volume.

Significant achievements in semiconductor manufacturing and plating solution management devices. High reproducibility and easy precise flow rate adjustment, achieving CV of 0.05% at a low cost. Optimizing flow rate and flow volume based on solution material is extremely simple! Liquid volume range for a single delivery: 1nl to 50ml Liquid volume adjustment unit: minimum 1nl (※) Flow rate range: 0.3μl/min to (5.2nl/sec to) Flow rate adjustment unit: 63nl/min to (1nl/sec to) (※) ※ Depends on the capacity of the syringe installed Example: When a 250μl syringe is installed Liquid volume adjustment unit: minimum 5nl Flow rate range: 1.6μl/min to 12.5ml/min (26nl/sec to 208μl/sec) Flow rate adjustment unit: 313nl/min to (5nl/sec to) Example: When a 10ml syringe is installed Liquid volume adjustment unit: minimum 0.2μl Flow rate range: 62.5μl/min to 500ml/min (1μl/sec to 8.3ml/sec) Flow rate adjustment unit: 12.5μl/min to (0.2μl/sec to) Robust design reduces service costs for embedded devices. Contributes to a decrease in the failure rate of the equipment. High resolution of 6000 or 48,000 steps. Three-way valves to 12-port valves for liquid path switching can be installed.

• Syringe Pump
• Positive Displacement Pump
• dispenser

A syringe pump that allows for free adjustment of the discharge liquid flow rate in units of 0.3 nl/second and can also monitor the discharge volume.

Fully compatible with semi-additive manufacturing methods, achieving high reproducibility and easy precise flow rate adjustment, realizing CV of 0.05% at a low cost. Flow rate control from the start with a liquid delivery unit that does not depend on external pressure! Volume range for a single delivery: 1nl to 50ml Volume adjustment unit: minimum 1nl (※) Flow rate range: 0.3μl/min to (5.2nl/sec to) Flow rate adjustment unit: 63nl/min to (1nl/sec to) (※) ※ Depends on the capacity of the installed syringe Example: When a 250μl syringe is installed Volume adjustment unit: minimum 5nl Flow rate range: 1.6μl/min to 12.5ml/min (26nl/sec to 208μl/sec) Flow rate adjustment unit: 313nl/min to (5nl/sec to) Example: When a 10ml syringe is installed Volume adjustment unit: minimum 0.2μl Flow rate range: 62.5μl/min to 500ml/min (1μl/sec to 8.3ml/sec) Flow rate adjustment unit: 12.5μl/min to (0.2μl/sec to) Robust design reduces service costs for embedded devices and contributes to a lower failure rate of the equipment. High resolution of 6000 or 48,000 steps. Three-way valves to switch liquid paths and 12-port valves can be installed.

• Syringe Pump
• Positive Displacement Pump
• dispenser

Tekan's 48,000-step high-resolution syringe pump. Compatible with 50 ml at a stroke of 6 cm. Proven track record of introduction to many analyzers.

Proven performance in a wide variety of applications. Rugged design reduces service costs for embedded devices. Contributes to a decrease in device failure rates. High resolution: 6000 or 48,000 steps. No calibration required. A hit product used in large quantities worldwide.

• Syringe Pump
• Positive Displacement Pump
• dispenser

Ideal management of plating solutions for semiconductors and electronic components with high reproducibility and precise flow control of the liquid delivery.

Fully compatible with semi-additive manufacturing methods, achieving high reproducibility and easy precise flow rate adjustment, realizing CV of 0.05% at a low cost. Flow rate control from the start with a liquid delivery unit that does not depend on external pressure! Liquid delivery volume range per operation: 1nl to 50ml Volume adjustment unit: minimum 1nl (※) Flow rate range: 0.3μl/min to (5.2nl/sec to) Flow rate adjustment unit: 63nl/min to (1nl/sec) (※) ※ Depends on the capacity of the installed syringe Example: When a 250μl syringe is installed Volume adjustment unit: minimum 5nl Flow rate range: 1.6μl/min to 12.5ml/min (26nl/sec to 208μl/sec) Flow rate adjustment unit: 313nl/min to (5nl/sec) Example: When a 10ml syringe is installed Volume adjustment unit: minimum 0.2μl Flow rate range: 62.5μl/min to 500ml/min (1μl/sec to 8.3ml/sec) Flow rate adjustment unit: 12.5μl/min to (0.2μl/sec to) Robust design reduces service costs for embedded devices and contributes to a lower failure rate of the equipment. High resolution of 6000 or 48,000 steps. Three-way valves to switch liquid paths and up to 12-port valves can be installed.

• Other pumps
• Syringe Pump
• Special Pump

The flow rate of the expelled liquid can be adjusted to 0.3 μl/min, minimizing the use of expensive photoresist with nanoliter-level liquid volume adjustments!

Optimal for dropping resist liquid with spin coaters and slit coaters. Affordable with high reproducibility (CV value: 0.05%). Flow rate control from the start by a delivery unit that does not depend on external pressure and flow controllers! Single delivery volume range: 1nl to 50ml Volume adjustment unit: minimum 1nl (※) Flow rate range: 0.3μl/min to (5.2nl/sec to) Flow rate adjustment unit: 63nl/min to (1nl/sec) (※) ※ Depends on the capacity of the installed syringe Example: When a 10ml syringe is installed Volume adjustment unit: minimum 0.2μl to Flow rate range: 62.5μl/min to 500ml/min (1μl/sec to 8.3ml/sec) Flow rate adjustment unit: 12.5μl/min to (0.2μl/sec to) Equipped with a thorough management function for discharge volume and speed using an encoder, as well as a reporting function to notify errors in case of abnormalities. Easy operation linkage with I/O terminals. Maintenance timing is easily managed with the operation amount memory function. Robust design reduces service costs for embedded devices and contributes to a lower failure rate of the equipment. High resolution command with 6000 or 48,000 steps. Three-way valves to switch liquid paths and 12-port valves can be installed.

• Syringe Pump
• Positive Displacement Pump
• dispenser

The flow rate of the ejected liquid can be adjusted to 0.3 μl/min, minimizing the use of expensive photoresist with nanoliter-level liquid volume adjustments!

Ideal for dispensing resist liquid droplets for spin coaters and slit coaters. Affordable with high reproducibility (CV value: 0.05%). Flow rate control from the dispensing unit that does not depend on external pressure and flow controllers! Liquid volume range per dispensing: 1nl to 50ml Liquid volume adjustment unit: minimum 1nl (※) Flow rate range: 0.3μl/min to (5.2nl/sec to) Flow rate adjustment unit: 63nl/min to (1nl/sec) (※) ※ Depends on the capacity of the installed syringe Example: When a 10ml syringe is installed Liquid volume adjustment unit: minimum 0.2μl to Flow rate range: 62.5μl/min to 500ml/min (1μl/sec to 8.3ml/sec) Flow rate adjustment unit: 12.5μl/min to (0.2μl/sec to) Equipped with a thorough management function for discharge amount and speed using an encoder, as well as a reporting function to notify errors during abnormal conditions. Easy operation linkage with I/O terminals. Simple management of maintenance timing with operating amount memory function. Robust design reduces service costs for embedded devices and contributes to a lower failure rate of the equipment. High resolution command with 6000 or 48,000 steps. Three-way valves to switch liquid paths and up to 12-port valves can be installed.

• Syringe Pump
• Positive Displacement Pump
• dispenser

Tekan's 48,000-step high-resolution syringe pump. Compatible with 50 ml at a stroke of 6 cm. Proven track record in many analytical devices and FA applications.

Calibration is completely unnecessary. Proven performance in a wide variety of applications (production automation involving liquid dispensing, automatic sample collection within factories, in vitro diagnostic analysis devices, chemical analysis devices, etc.). Rugged design reduces service costs for embedded devices. Contributes to a reduction in equipment failure rates. High resolution: 48,000 steps 2-year warranty Easy integration and management in simple production equipment - Simple control by sending commands via serial communication (RS232, RS485) or CAN communication. - Quick root cause resolution with error codes in case of trouble. Complete recovery with initialization. - Records power-on counts and plunger operation counts in firmware. Easy retrieval. - Immediate check of mechanism integrity with a self-diagnostic switch. - Consumable parts (syringes and valves) can be easily replaced.

• Syringe Pump
• Positive Displacement Pump
• dispenser

Tekan's proud multi-syringe pump boasts numerous achievements worldwide. Suitable for applications handling a variety of solutions. 48,000 steps.

A multi-channel syringe pump for device integration, renowned for its reliability. It can accommodate arrangements of 2, 4, 6, or 8 syringes. By consolidating high-precision syringe pumps, it provides more space within the measurement device and contributes to miniaturization. It also helps reduce the dead volume of precious reagents. The pump address is unified for operation. It is optimal for automatic measurement devices for in vitro diagnostic reagents, reactions that require the addition of various reagents, and handling various applications with a single unit. It can be controlled with minimal space and the fewest commands relative to the number of liquid types. Usage examples: Simultaneous dispensing into multi-well plates, manufacturing systems requiring simultaneous discharge, blood cell processing systems, analytical devices handling multiple solutions, and analytical devices for in vitro diagnostic reagents. Please refer to the catalog for available syringe capacities.

• Syringe Pump
• Lab Syringe Pump
• Lab metering pump

Tekan's proud multi-syringe pump has numerous achievements worldwide. Suitable for applications handling various solutions with 48,000 steps.

A multi-channel syringe pump for device integration, renowned for its precision. It can accommodate arrangements of 2, 4, 6, or 8 syringes. By consolidating high-precision syringe pumps, it provides more space within the measurement device, contributing to miniaturization. It also helps reduce the dead volume of valuable reagents. The pump address is unified for operation. It is optimal for automatic measurement devices for in vitro diagnostic reagents, reactions that add various reagents, and handling various applications with a single unit. It can be controlled with minimal space and the fewest commands relative to the number of liquid types.

• Syringe Pump

Easily meet strict equipment specification requirements. More accurate and precise liquid transfer and dispensing conditions can be easily achieved! We offer price ranges and specifications that match your needs.

"September 2017 Updated Catalog" and each product catalog - Teledyne, which holds a top-level share as a precision pump and high-speed dispensing device for OEM equipment, generously provides its core technology, the pump. - A lineup of Teledyne Cavro pumps is featured to easily integrate Teledyne's dispensing technology into your equipment. - The lineup includes the conventional disposable tip dispensing module ADP, as well as the syringe pump XE1000, Excalibur, XLP6000, and Centris, along with new products such as ADP Detect and the Excalibur solenoid valve type. - A new product, the PBC piston pump, which is low-cost, highly accurate, and ultra-durable, is also available, satisfying those who are very concerned about manufacturing costs for scientific and medical analytical devices. - Products with control base specifications can be tested immediately (within 1 minute) under your preferred dispensing conditions after power connection. - Compliant with Class I medical device standards, ISO 13485, and environmental regulations RoHS 3. *For more details, please contact us or download the catalog materials below.

• Syringe Pump
• Positive Displacement Pump
• dispenser

A Techan syringe pump with proven performance suitable for product development requiring 24,000 steps and high dispensing precision. Compact yet ultra-durable design.

＝＝＝＝＝ Overview ＝＝＝＝＝ The Tekan Cavro XCalibur is a compact, lightweight OEM syringe pump with high dispensing accuracy. In recent years, the Excalibur has been applied to analytical devices and clinical diagnostic equipment worldwide due to its performance and robustness, and it is actively incorporated into our automatic dispensing systems. It is suitable for product development that requires space-saving and high dispensing accuracy. It is fully compliant with RoHS III. The valve supports various liquid path switching (from 3-way valves to 12-port valves). The photo shows a model equipped with a specially designed valve. Additionally, a new solenoid valve type has also been released. Usage examples: Blood sample pretreatment devices, in vitro diagnostic reagent analytical devices, analytical devices involving titration processes, coating and dispensing of semiconductor wafers, plating solution management, solid-phase extraction, automatic elemental analyzers, manufacturing of stick-type test reagents, and more. Features for continuously monitoring flow rate and flow speed are included. Compatible syringe capacities: 50μl to 5ml (please refer to the catalog). (*Demo and pump rental (including evaluation kits) are available.) For detailed specifications, please click "Download Catalog" below.

• Syringe Pump
• Other physicochemical equipment
• Analytical Equipment and Devices

Tekan's dispensing pump, which has a proven track record in the development of coating equipment that requires high precision and accuracy. It is compact yet designed to be extremely robust.

Fluid control syringe pump that prevents waste of expensive EUV resist. It is optimal for resist droplets under spin coaters and slit coaters. Additionally, it achieves high reproducibility (CV value: 0.05%) while being cost-effective. It allows for easy flow rate control from the start, independent of unstable external pressure and flow controllers. Volume range for a single delivery: 2nl to 5ml Volume adjustment unit: minimum 2nl and above Adjustable flow rate range: 5μl/min to 250ml/min (83nl/sec to 4.16ml/sec) Flow rate adjustment unit: 208nl/min and above (2nl/sec) *Depends on the syringe capacity used Example: When using a 2.5ml syringe Volume adjustment unit: minimum 104nl and above Adjustable flow rate range: 250μl/min to 125ml/min (4.1μl/sec to 2.08ml/sec) Flow rate adjustment unit: 6.24ml/min and above (104nl/sec) Features: Equipped with management functions for discharge volume and flow rate via an encoder, as well as a reporting function to notify errors during abnormal conditions. Easy operation linkage via I/O terminals. Memory function for operating volume. Robust design reduces service costs for embedded devices and contributes to a lower failure rate of the equipment.

• Syringe Pump
• Other physicochemical equipment
• Analytical Equipment and Devices

Tekan's syringe pump, known for its proven track record in the development of coating devices that require high precision and accuracy. It is compact yet designed to be extremely robust.

Fluid control syringe pump that does not waste expensive EUV resist. It is optimal for resist droplets under spin coaters and slit coaters. Additionally, it achieves high reproducibility (CV value: 0.05%) while being cost-effective. It allows for easy control of flow rate from the start with a delivery unit that does not depend on unstable external pressure and flow controllers. Volume range per delivery: 2nl to 5ml (*) Volume adjustment unit: minimum 2nl (*) Flow rate range: 5μl/min to 250ml/min (83nl/sec to 4.16ml/sec) Flow rate adjustment unit: 208nl/min (*) * Depends on the capacity of the installed syringe. Example: When using a 2.5ml syringe Volume adjustment unit: minimum 104nl Flow rate range: 250μl/min to 125ml/min (4.1μl/sec to 2.08ml/sec) Flow rate adjustment unit: 6.24ml/min (104nl/sec) Features: Equipped with management functions for discharge volume and flow rate via an encoder, and a report function to notify errors during abnormal conditions. Easy linkage operation with I/O terminals. Has a working volume memory function. Robust design reduces service costs for embedded devices and contributes to a lower failure rate of the equipment.

• Syringe Pump
• Other physicochemical equipment
• Analytical Equipment and Devices

Tekan's syringe pump, known for its proven track record in the development of coating equipment requiring high precision and accuracy. Compact yet designed to be extremely robust.

Fluid control syringe pump that does not waste expensive EUV resist. It is optimal for resist droplets under spin coaters and slit coaters. Additionally, it achieves high reproducibility (CV value: 0.05%) at a low cost. It allows for easy control of flow rate from the start, independent of unstable external pressure and flow controllers. Volume range for a single delivery: 2nl to 5ml (*) Volume adjustment unit: minimum 2nl (*) Flow rate range: 5μl/min to 250ml/min (83nl/sec to 4.16ml/sec) Flow rate adjustment unit: 208nl/min (*) *Dependent on the capacity of the installed syringe. Example: When a 2.5ml syringe is installed Volume adjustment unit: minimum 104nl Flow rate range: 250μl/min to 125ml/min (4.1μl/sec to 2.08ml/sec) Flow rate adjustment unit: 6.24ml/min (104nl/sec) Features: Equipped with management functions for discharge volume and flow rate via an encoder, and a report function to notify errors during abnormal conditions. Easy operation linkage via I/O terminals. It has a working volume memory function. Built robustly to reduce service costs for embedded devices and contributes to lowering the failure occurrence rate of the equipment.

• Syringe Pump
• Other physicochemical equipment
• Analytical Equipment and Devices

Contributing to cost reduction at low prices. We have many achievements domestically as components for scientific analysis equipment, clinical testing devices, and more.

Tekan's high-precision and compact lightweight syringe type for efficient product development and cost reduction! Height is 12.7 cm (Demo available.) *For more details, please download the PDF or contact us.

• Other pumps
• Syringe Pump
• Positive Displacement Pump

Practical Case Studies of Compact and High-Precision Syringe Pumps for Device Integration

*Please download the practical examples from the images of the cases listed in the "catalog" below.* ＝＝＝＝＝ About the XCalibur Pump ＝＝＝＝＝ The Techan Cavro XCalibur is a compact, lightweight OEM syringe pump with high dispensing accuracy. In recent years, the Excalibur has been applied to analytical devices and clinical diagnostic equipment worldwide due to its performance and robustness, and it is actively incorporated into our automatic dispensing devices. It is suitable for product development that requires space-saving and high dispensing accuracy. It is fully RoHS compliant. The valve supports various liquid path switching. The photo shows a model equipped with a specially customized valve. (*Demonstration and rental available) *For detailed specifications, please click "Download Catalog" below.*

• Syringe Pump
• Other physicochemical equipment
• Analytical Equipment and Devices

Improvement of precursor liquid supply accuracy for ALD/CVD: Liquid volume adjustment in 0.3 nl increments and flow rate adjustment in 17 nl/min increments are possible. Ideal for optimized liquid delivery.

High-precision pumps supplied by the world's top manufacturer, Tecan, in the embedded syringe pump market. Many devices have been introduced domestically as well. They are widely used for liquid delivery purposes due to their non-pulsating, accurate, and highly reproducible performance. Centris Liquid delivery volume range per operation: 0.3nl to 12.5ml (*) Volume adjustment unit: minimum 0.3nl Adjustable flow rate range: 17μl/min to 750ml/min (0.3nl/sec to 12.5ml/sec) Flow rate adjustment unit: 17nl/min (0.3nl/sec) * Depends on the syringe capacity installed (50ul to 12.5ml) Example: When a 5ml syringe is installed Volume adjustment unit: minimum 104nl Adjustable flow rate range: 1.62μl/min to 300ml/min (0.3nl/sec to 5ml/sec) Flow rate adjustment unit: 1.62μl/min (28nl/sec) With a resolution of 181,490 steps for the installed syringe, it enables highly precise liquid handling. Additionally, it can be equipped with liquid path switching valves ranging from 3 ports to 12 ports, allowing for the suction of solutions from multiple liquid sources. A mechanism that constantly monitors the delivery volume and flow rate automatically alerts users to abnormalities with error codes.

• Syringe Pump

Examples of utilizing a high-precision syringe pump capable of delivering and dispensing liquids finer than nanoliter units. Supports low-pulsation dispensing.

Please click on the "catalog" example collection below to download the examples. Centris Pump The Centris Pump is a compact syringe pump module for device integration that offers high accuracy, reliability, and reproducibility, with extremely low pulsation. The new Centris Pump requires almost no maintenance due to its simple and robust mechanical design. It has the smallest footprint among OEM syringe pumps and is fully RoHS compliant. ★ Please download the catalog to view the technical specifications of the Centris Pump ★ ＝＝＝＝＝　Features　＝＝＝＝＝ - Long-life ceramic valves can also be equipped Capable of handling high liquid temperatures - High reproducibility: less than 0.05% CV/FS - High resolution: 181,490 steps (liquid delivery volume and flow rate can be adjusted in 0.3 nl increments) - Programmable flow rate: 5 nl/s to 5 ml/s (up to one stroke in 50 hours) - Compact size (installation space: 69×45 mm) * For more details, please download the PDF or contact us.

• Other pumps
• Dispenser
• Water quality testing

For the supply of liquid precursors for ALD/CVD! It allows for liquid volume adjustment in 0.3 nl increments and flow rate adjustment in 17 nl/min increments. Ideal for pumping that requires strict optimization.

A high-precision pump supplied by the world's top manufacturer, Tecan, in the embedded syringe pump market. Many devices have been introduced domestically. It is widely used for liquid delivery purposes that require non-pulsating, accurate, and highly reproducible performance. Centris Volume range for a single delivery: 0.3 nl to 12.5 ml (*) Volume adjustment unit: minimum 0.3 nl Flow rate range: 17 μl/min to 750 ml/min (0.3 nl/sec to 12.5 ml/sec) Flow rate adjustment unit: 17 nl/min (0.3 nl/sec) * Depends on the syringe capacity installed (50 μl to 12.5 ml) Example: When a 5 ml syringe is installed Volume adjustment unit: minimum 104 nl Flow rate range: 1.62 μl/min to 300 ml/min (0.3 nl/sec to 5 ml/sec) Flow rate adjustment unit: 1.62 μl/min (28 nl/sec) This pump has a resolution of 181,490 steps relative to the installed syringe, enabling highly precise liquid handling. Additionally, it can be equipped with liquid path switching valves ranging from 3 ports to 12 ports, allowing for the suction of solutions from multiple liquid sources. A mechanism is incorporated to continuously monitor the delivery volume and flow rate, automatically notifying of any abnormalities with error codes.

• Syringe Pump

High-precision syringe pump capable of adjusting liquid delivery volume and flow rate from the nanoliter unit.

The Centris Pump is a compact syringe pump module for device integration that offers high accuracy, reliability, and reproducibility, with extremely low pulsation. The new Centris Pump features a simple and robust mechanical design that requires minimal maintenance. It has the smallest footprint among OEM syringe pumps and is fully RoHS compliant. Applications: Flow cytometers, micro-dosing in wafer manufacturing, titration devices, microfluidics, thin-layer chromatography production, pathogen detection devices, atmospheric analysis devices, and more. ★ Please download the catalog to view the technical specifications ★ ＝＝＝＝＝ Features ＝＝＝＝＝ - Can be equipped with long-life ceramic valves - High reproducibility: 0.05% CV or less/FS - High resolution: 181,490 steps (liquid delivery volume and flow rate can be adjusted in increments of 0.3 nl) - Programmable flow rate: 5 nl/s to 12.5 ml/s (up to one stroke possible in 50 hours) - Compact size (installation space: 69×45 mm) * For more details, please download the PDF or contact us.

• Other pumps
• Dispenser
• Water quality testing

For the supply of liquid precursors for ALD/CVD! It allows for liquid volume adjustment in 0.3 nl increments and flow rate adjustment in 17 nl/min increments. Ideal for pumping that requires strict optimization.

A high-precision pump supplied by the world's top manufacturer, Tecan, in the embedded syringe pump market. Many devices have been introduced domestically. It is widely used for liquid delivery purposes that require non-pulsating, accurate, and highly reproducible performance. Centris Liquid delivery volume range per operation: 0.3nl to 12.5ml (*) Volume adjustment unit: minimum 0.3nl Flow rate range: 17μl/min to 750ml/min (0.3nl/s to 12.5ml/s) Flow rate adjustment unit: 17nl/min (0.3nl/s) * Depends on the syringe capacity installed (50ul to 12.5ml) Example: When a 5ml syringe is installed Volume adjustment unit: minimum 104nl Flow rate range: 1.62μl/min to 300ml/min (0.3nl/s to 5ml/s) Flow rate adjustment unit: 1.62μl/min (28nl/s) This pump has a resolution of 181,490 steps relative to the installed syringe, enabling highly precise liquid handling. Additionally, it can be equipped with liquid path switching valves ranging from 3 ports to 12 ports, allowing for the suction of solutions from multiple liquid sources. A mechanism is incorporated to continuously monitor the delivery volume and flow rate, automatically notifying of any abnormalities with error codes.

• Syringe Pump

Zaltrius Japan will be exhibiting at the 98th Annual Meeting of the Japanese Society for Tissue Culture. ◼ Date: August 27 (Thursday) - 28 (Friday), 2026 ◼ Location: 2-8-35 Tai-machi, Nagaoka City, Niigata Prefecture, Hotel New Otani Nagaoka, Venue for the 98th Annual Meeting of the Japanese Society for Tissue Culture ◼ Booth: No. 11 ◼ Exhibited Products: Polyplus High-Efficiency Transfection Reagents NexaGel 3D Cell Culture Matrix Research Growth Factors and Cytokines Basic Cell Culture Media and Reagents Picus 2 Electronic Pipette We have a selection of products recommended for those considering improving research reproducibility and establishing 3D culture environments. Please come and see the actual products and applications at the venue. We look forward to your visit!

We are pleased to announce a co-hosted seminar with Live Consulting Co., Ltd. "Practical Seminar on Microsoft Copilot for Executives and Managers in the Manufacturing Industry" "The new AI tools are no longer needed." This seminar will allow you to experience Microsoft Copilot, which can be used directly within your usual Word, Excel, and Teams, through a demonstration of the actual operation screen. The answers are already within your existing Microsoft 365. You can use AI directly in Word, Excel, and Teams without the need for additional tool selection or new investments, all within the security framework of M365. We will explain the basics to practical applications of Copilot in 90 minutes, specifically for executives and managers in the manufacturing industry. We sincerely look forward to your participation. [Recommended for the following individuals] - Executives and managers in the manufacturing industry who have not yet mastered generative AI/Copilot - Those considering AI implementation but are stalled due to tool selection, security, or promotion systems - Individuals who prefer to see the "actual screen" rather than just "reading" about it - Those who are unable to use ChatGPT in their company due to security concerns.

We will hold a webinar focused on analytical challenges in the research, development, and quality control of biopharmaceuticals, particularly antibody-drug conjugates (ADCs). We are pleased to invite Professor Yuji Ito from Kagoshima University, who will give a lecture on the latest analytical strategies and practical insights in biopharmaceutical research, including ADCs. Target Audience: - Researchers, developers, and CMC personnel from pharmaceutical companies, CDMOs, and CROs - Those considering advanced analytical methods for ADCs and antibody drugs - Individuals facing challenges in improving separation performance, reproducibility, or analytical efficiency - Those considering the implementation of MAM and workflow development Lecture 1 [Special Lecture]: Next-Generation Drug Discovery Using DDS with Tissue-Translocating Antibodies - AccumBody Platform and Antibody Conjugate Technology - Professor Yuji Ito, Graduate School of Science and Engineering, Kagoshima University Lecture 2: Latest LC Column Technology to Solve Challenges in ADC and Antibody Analysis Lecture 3: MAM Practice - An Integrated Workflow from Research and Development to Quality Evaluation * This webinar is a restructured version of the content from the on-site seminar held in July 2026.

Fujikogyo Co., Ltd. will exhibit at the "5th Smart Factory EXPO Autumn" held at Makuhari Messe from September 9 (Wednesday) to September 11 (Friday), 2026. On the day, we will showcase the latest FA and robotics products that achieve automation, efficiency, and labor-saving in the field. [Main Exhibited Products] ◇ Collaborative Robot Palletizing System (Elite Robot Co.) A compact design that is mobile and integrated. It enables seamless loading and easy operation via a tablet. ◇ Autonomous Mobile Robot for Pallet Transport (FEXA Co.) A small and agile AMR. It supports fully automated transportation through shutter and elevator coordination and the use of load sensors. ◇ Automatic Sealing Machine for Packing Tape (EXTEND Co.) Compliant with decarbonization and environmental considerations. It can be used with only power, without the need for air, allowing for use without constraints of location or utilities. We will propose solutions that help solve your challenges. Please visit our booth (Hall 2 / A13-36). *Advance registration (free) is required for attendance.

The organization will hold a seminar titled "EMC Performance of In-Vehicle Devices as Considered by Automobile Manufacturers" on September 16, 2026 (Wednesday), featuring lecturers from Toyota Motor Corporation, Hino Motors, Ltd., and Daihatsu Motor Co., Ltd. In addition to presentations from the three companies, a leading expert on in-vehicle device EMC from our organization will introduce the latest topics. Furthermore, after the seminar, a technical exchange meeting will be held, allowing participants, lecturers, and our organization's technical staff to exchange information. In recent years, the acceleration of autonomous driving, connectivity, and electrification technologies has been aimed at achieving carbon neutrality and evolving mobility. Within this context, it is anticipated that the demands for EMC in electric vehicles (xEV) and fuel cell vehicles (FCV), particularly regarding the electrification of powertrains and EV components, will be stronger than ever. In this seminar, we will invite EMC experts from automobile manufacturers to explain the latest trends in standards regarding the "EMC performance required for in-vehicle devices" to suppliers. We encourage you to take advantage of this opportunity.