Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
121～150 item / All 2376 items
Valves for optimal pressure control in high-speed and advanced processes such as CVD.
- Excellent pressure control capability - Automatic detection of service timing (contamination detection) - Equipped with service port (for PC connection or service box connection) - Excellent adaptability to processes with high contamination levels
Burkert's LFC (Liquid Flow Controller) measures and controls liquid flow rates from 15 to 600 ml/min.
Burkert's LFC (Liquid Flow Controller) measures and controls liquid flow rates from 15 to 600 ml/min. Compared to liquid mass flow controllers available on the market, it allows for the control of larger flow rates.
In addition to the high-speed response performance and high range availability of conventional models, it also supports CANopen!
● MFC compatible with CANOpen ● High response speed (fastest within 0.3 seconds, within 0.5 seconds for some models) ● A wide range of lineup supporting flow rates from 10 [ml/min] to 1500 [l/min] ● Protection rating IP65
Control small to large flow rates with a single unit! Capable of handling micro to high differential pressures (10kPa to 1.0MPa)! A German-made MFC for the IoT era that also enables cost reduction.
The German manufacturing industry is gaining attention with Industry 4.0. Here’s a proposal for a mass flow controller from Bürkert, a long-established German fluid control equipment manufacturer, designed for the IoT era! 【One device, multiple roles!】 ● Capable of controlling flow rates from low to high (for example, 20 to 1500 Nl/min (N2)) with a single unit ● Smooth control even at a low differential pressure of 10 kPa thanks to the inline sensor ● Smooth control even at a high differential pressure of 1.0 MPa (10 bar) ● Complete shut-off achieved with resin seals and shut-off functionality ● Fast response to set points with stability (within 0.3 to 0.5 seconds) ● The latest models can handle maximum flow rates of up to 2500 L/min! 【Easy to implement & ready for immediate use!】 ● Shipped calibrated, so no setup or adjustment is needed for immediate use ● No dedicated power supply required (operates on DC 24V) for easy installation 【Unique to Bürkert & IoT generation】 ● Flexible support for communication methods such as OpenCAN, fieldbus, RS485, in addition to analog input/output signals ● Models with protection rating IP65 are also available ● Proposals focused on maintenance ease and space-saving designs are also possible!
High-speed response within 0.3 seconds! For devices with frequent changes in set flow rate! Wide pressure range support (0.01 to 1.0 MPa).
Industrial mass flow controllers by Bürkert! These mass flow controllers boast various specifications that set them apart from competitors, designed for industries requiring diverse specifications, unlike those for the semiconductor industry. In addition to response speed: 【Bürkert's industrial mass flow controllers feature】 ● High pressure compatibility → Up to 1.0 MPa ● Minimum required differential pressure → 10 kPa is sufficient ● High flow rate → Capable of controlling 2500 Nl/min (equivalent to nitrogen) with a single unit ● Warm-up operation → Ready in 1 minute ● Tight shut-off capability → Reduces costs and space for solenoid valves 【Additionally, as IoT generation mass flow controllers】 ● Compatible with various communication standards EtherCAT, EtherNet/IP, Modbus/TCP, PROFINET
Mass flow controller (MFC) compatible with a wide range of operating pressures. It enables high-speed response within 0.3 seconds. It can also control large flow rates!
Industrial mass flow controllers by Bürkert! These mass flow controllers boast various specifications tailored to different industries, setting them apart from competitors with unique features. Beyond pressure range, Bürkert's industrial mass flow controllers offer: ● Rangeability → High precision of 1:100 ● High flow rate → Capable of controlling 2500 Nl/min (equivalent to nitrogen) with a single unit ● Warm-up operation → Ready in 1 minute ● Tight shut-off capability → Reduces costs and space for solenoid valves Additionally, as IoT generation mass flow controllers, they support various communication standards: EtherCAT, EtherNet/IP, Modbus/TCP, PROFINET.
High-flow, high-pressure mass flow controllers (MFC) that contribute to increasing the throughput of devices and processes.
Mass flow controllers for high flow and high pressure specifications are Bürkert! While many mass flow controllers in the industry have somewhat standardized specifications, we have learned through recent activities that customers have various requests such as "I want to achieve higher flow rates" and "I want to flow without reducing pressure." [Bürkert's industrial mass flow features] ● High flow → Capable of controlling up to 2500 Nl/min (equivalent to nitrogen) with a single unit ● High pressure specifications → Supports up to 1.0 MPa Additionally, ● Low differential pressure specifications → Supports from 5 kPa ● Tight shut-off capability → Reduces costs and space for separate solenoid valves ● Response speed → From 300 msec ● Warm-up time → 1 min [Furthermore, as an IoT generation mass flow] ● Supports various communication standards Compatible with various communications such as EtherCAT, EtherNet/IP, Modbus/TCP, PROFINET, etc.
Right angle angle head
The machining center equipped with an ATC device features an arrestor arm with an orientation ring and positioning pins, allowing it to rotate 360° relative to the body. This design facilitates easy adjustment of the positioning block mounted on the spindle housing of the machining center, as well as the drive taper and head section.
Adjustable type from 0 to 90 degrees.
It is for a machining center with an ATC device, and the head angle can be adjusted from 0 to 90 degrees.
Equipped with a screw tightening management system that allows real-time reading, confirmation, and saving of torque values, angles, and time when tightening or loosening screws!
The bank (memory) function allows for a maximum of 56 torque settings. By connecting to a PC, various data can be imported via dedicated software. It is equipped with a function to detect errors that occur during screw tightening. 【Main Specifications】 - A function that adjusts for individual differences in the built-in motor to match the actual torque is included. - The controller can be connected to a PC via USB, allowing for the setting and confirmation of various parameters from the PC. Torque values can be monitored in real-time! The dedicated software comes bundled with the controller. - Equipped with 7 memory functions! Screw tightening and loosening conditions can be freely set! Control parameter functions enable high-precision screw tightening, and error parameter functions detect screw tightening troubles. - Features a "slight return function" to release the bite between the bit and the screw head. - It is possible to hold the set torque for any type of screw for the set time and tighten the screw. *This is a dedicated controller for the Hayashi Repic precision electric screwdriver Hi-Matic DC coreless series. *We offer demo units for loan along with the driver. Please feel free to contact us first.
High-speed, high-precision constant flow supply of powder particles. Model Predictive Control Feeder Controller.
Model Predictive Control is a method that models the behavior of the controlled object, uses that behavior model to predict future states, and determines the control input to bring the system as close as possible to the target value. By using the behavior model incorporated internally, it predicts whether a "difference" will arise between the current control input and the set target value in the near future if the current control input is maintained. If it is determined that a "difference" will occur, a modified control input is output to the controlled object. Unlike PID control methods, which make corrective actions after a control deviation appears, Model Predictive Control predicts and controls in advance using the behavior model, making it less prone to hunting and allowing for stable control. For more details, please contact us or refer to the catalog.
We will customize the weighing application to meet your requirements!
This catalog is a product catalog of a company that provides a wide variety of electronic measurement and weighing instruments, centered around high-precision and ultra-fast A/D (analog/digital) conversion technology. It features various products that can be selected according to application, including the "Multi-Weighing Controller," which independently processes indicator functions and weighing control for each channel; the "Batch Controller," which performs weighing control for batching hoppers; and the "Belt Scale Controller," which measures transport volume while controlling the speed of the belt to maintain a constant transport volume. [Contents Included] - Multi-Weighing Controller - Batch Controller - Belt Scale Controller - Tension Meter - Concrete Batcher Controller, etc. *For more details, please refer to the catalog or feel free to contact us.
Customization is also possible to meet your needs!
The AD-4821A is a channel weighing controller that has an indicator function and independently performs processing such as measurement control for each channel. It processes weight data from up to 12 scales at high speed for input measurement. It can connect multiple scales, making it suitable for blending raw materials with significantly different weight ratios. Equipped with an LCD display adapted for multi-channel scales, it features a 5.7-inch color LCD display and a touch panel to enhance visibility and operability. With a touch panel interface, it allows for various settings, calibration, and interface checks. Additionally, it supports customer customization with a rich variety of interfaces. Please feel free to consult us. 【Features】 ■ Connects up to 12 scales ■ LCD display adapted for multi-channel scales ■ High-speed sampling for all channels ■ Compact size *For more details, please refer to the catalog or feel free to contact us.
The processing related to measurement control has been consolidated into a compact main unit!
The "AD-4825" is a multi-channel weighing controller that integrates the measurement control and aggregation processes for batching scales. It can control up to 8 channels of measuring devices, allowing for a maximum of 300 types of batching formulas, up to 100 types of raw material lists, and registration of up to 30 types of raw materials per batch. It enables cost reduction and labor savings through the miniaturization of control panels and reduced wiring. 【Features】 ■ Capable of aggregating measurements from up to 8 measuring devices ■ Allows registration of up to 30 types of raw materials per batch ■ Compact design *For more details, please refer to the catalog or feel free to contact us.
High-functionality small hole printed circuit board (blind vias, via posts, through holes, etc.) preprocessing and plating equipment systematized with ultrasonically vibrating flow technology.
The "Super Control System," a high-speed and high-quality plating device for small hole printed circuit boards, combines an ultra-vibration α-stirrer, a vibration system, a cathode rocker (oscillation), and aeration using a porous ceramic aeration pipe, enabling high-speed and high-quality plating specifically for small hole printed circuit boards.
USB LED light controller
This is a dedicated dimmer controller for USB LED lights. While you can manually adjust the brightness using the dimming dial, installing the software that comes with the controller on your computer allows for finer (256 levels) dimming control.
Touch panel integrated positioning controller
- Integrated color touch panel and motion controller - Motor control via high-speed serial communication - Standard equipped with robot language Fics - Complete graphical drawing tools - Space-saving and low-cost - 24V single power supply
Standard equipped with robot language or ladder language! Control up to 16 axes with this one board!
The "SC SB V5" is a multi-axis simultaneous positioning controller using RS485. It comes standard with the robot language Fics-III or ladder language. High-speed data backup is possible with a laptop via a dedicated LAN. It utilizes the DYNAX dedicated ASIC7380 for high-speed communication at 5Mbps. Additionally, there is also the "SC SBU V5," which is equipped with one USB 2.0 host and one slave. 【Features】 ■ Reduced wiring system and simple system configuration ■ Controls up to 16 axes with a single unit ■ Mixed system of pulse motors and servo motors ■ Mixed system of analog input/output boards ■ High-speed communication at 1.25Mbps *For more details, please refer to the PDF materials or feel free to contact us.
Low-cost motion control system! Atom-G1
■Features of Atom-G1■ 【Ultra-Compact Gripper Controller】 ● Simple, low wiring, space-saving ● With encoder feedback 【Multi-Axis Control via High-Speed Serial RS485 Communication】 ● High-speed communication up to 625Kbps ● Connectable up to 31 axes 【Electric Gripper】 ● Capable of controlling various grippers from Taiyo Iron Works ・ESG1-SS-4225 ・ESG1-SD-2810 ・ESG1-SS-2010 【Smooth Control with S-Curve Acceleration and Deceleration】
A positioning controller that enables communication with mobile phones through Bluetooth!
The "SC BSC" is a multi-axis simultaneous positioning controller using SRing or RS485. With the built-in Bluetooth module, communication with mobile phones and other devices is possible. It comes standard with the robot language Fics-III. Additionally, it features a serial ring-type network digital input/output with a maximum of 256DI/256DO. High-speed data backup is possible using a laptop via USB. 【Features (SRing)】 ■ Reduced wiring system and simple system configuration ■ Controls up to 8 axes with a single unit ■ High-speed communication at 5Mbps *For more details, please refer to the PDF document or feel free to contact us.
You can build a motion network that combines servo motors and stepping motors.
The "PI-2300" is a controller that can realize advanced high-speed motion networks at a low cost under PLC control. It controls and monitors multi-axis motors solely through numerical operations on data registers. There is no need to create ladder programs for communication on the PLC side. Additionally, we offer RTEX-compatible two-phase micro-stepping drivers such as the "D4610" and "D4620." 【Features】 ■ Realizes advanced high-speed motion networks at a low cost under PLC control ■ Direct access to PLC ■ Simple motion control through data register operations *For more details, please refer to the PDF materials or feel free to contact us.
Reduce the burden of ladder programs! It can flexibly accommodate changes in the number of hardware axes.
The "PI Series" is a PLC direct motion controller that does not require a positioning unit. By adopting AE-LINK (RS-485) for motion linking, it is possible to build a cost-effective motion system. Additionally, it allows for the control and monitoring of multi-axis motors simply by manipulating numerical values in data registers. 【Features】 ■ No positioning unit required ■ Reduces the burden of ladder programming ■ Direct access to PLC ■ Simple motion control through data register manipulation ■ Easy setup with included software *For more details, please refer to the PDF materials or feel free to contact us.
It is outstanding in usability, functionality, protective features, and high performance!!
The "ESCON 70/10" features excellent control characteristics and is equipped with a high-frequency digital current controller for optimal motor current control (torque control). It can be used in various operating modes (speed control, voltage control, current control). The design emphasizes easy initial setup and user-friendliness, requiring no deep technical knowledge. 【Features】 ○ Speed can be controlled in the range of 0 to 150,000 rpm ○ Responds to rapid dynamic changes without drift ○ Equipped with diverse functionalities using arbitrarily configurable digital and analog inputs/outputs For more details, please download the catalog or contact us.
A paraffin water heater that can set the water temperature arbitrarily.
The "MH200" is a hot water heater for paraffin that allows you to set the water temperature as desired. It can maintain the water temperature at a constant level. Additionally, it can be set to a maximum of 100 degrees. 【Features】 ■ Water temperature can be set as desired ■ For paraffin use ■ Can maintain water temperature at a constant level ■ Can be set to a maximum of 100 degrees *For more details, please refer to the catalog or feel free to contact us.
PowerCELL Cell Control System for LCD Panel Manufacturing Factory
This is a package software that centrally manages multiple devices within the process at a liquid crystal panel factory and integrates the upper communication functions of each device. It complies with the SECS communication standard, displays the operating status within the block in real-time, and includes maintenance, recipe management, and statistical processing functions for each device.
Using IoT gateways, monitor the operational status of factory equipment. Easily manage the information necessary for the IoT transformation of the factory, such as production management and equipment management.
For older equipment that seems to have no communication, if there is a PLC that monitors the status using various sensors and relays, more detailed information can be obtained through communication with the PLC. The acquired data can be transmitted to higher-level servers via data transmission functions or MODBUS/TCP slave functions. Additionally, the controller can create monitoring screens, allowing for equipment monitoring through a browser on a laptop or similar device. 【Recommended Products】 ● M2M Controller Series Easily build an IoT environment. Flexible configurations are possible depending on installation location/wiring methods and the number of I/O points. ● M2M Gateway Series Supports multi-vendor compatibility to IoT-enable PLCs and CNCs. Data collection from multiple PLCs is possible with a single device. ● PAC Series Complies with international standard IEC 61131-3 and supports CODESYS programming. Packed with necessary functions for manufacturing industries to build open systems.
AI calculates the optimal power generation output and is suitable for controlling power converters and battery storage systems. It also supports BCP measures during disasters.
Solarview(R) SC is a self-consumption type solar power controller that utilizes AI to control power conditioners and battery systems, suppressing the occurrence of reverse power flow. 【Main Features】 ● AI-powered power control inference engine It collects the amount of electricity at the receiving point from the grid and is equipped with a trained inference engine that responds to changes in the received electricity amount. The control system, utilizing AI, optimizes the optimal amount of solar power suppression in response to the constantly changing electricity amounts. * Patent pending ● Prevention of reverse power flow to power companies Based on optimal generation power information, it achieves optimal consumption power tracking control, suppressing the occurrence of reverse power flow to power companies. With the latest AI inference, it suppresses the generation amount of solar power, realizing optimal operation of solar power generation systems. There is no need for complex settings or operation of the generation system on-site. ● Compatibility with battery systems It controls the output of the power conditioner linked to the battery system. Excess electricity generated during the day is charged into the battery, and when generation is insufficient, power from the battery is utilized. Output control allows for efficient use of the electrical energy generated by solar power.
This is a system that uses IoT gateways to monitor and oversee water tanks in factories, hospitals, and public facilities from remote locations.
【System Overview】 This is a system for monitoring water storage tanks in factories, hospitals, and public facilities. It allows for remote monitoring and notifications regarding the water storage tanks. The system measures various operational states of the water storage tanks using sensors and monitors/records the information. By visualizing factors such as water retention time and turbidity within the tanks, it enables awareness of issues like water level drops and deterioration of water quality. Additionally, by performing preventive maintenance based on measurement data, it helps to prevent failures such as tank corrosion and reduces operational costs. By using the IoT gateway "CONPROSYS" and "Cloud Data Service," a monitoring system can be easily established. 【Recommended Products】 ● M2M Controller Series Easily build an IoT environment. Flexible configurations are possible depending on the installation location/wiring method and the number of I/O points. ● HMI/SCADA Software CONPROSYS HMI System Data collection and control through various IoT gateway devices. Easily build and operate monitoring and management systems for various applications.
It is a system that uses an IoT gateway to monitor sewage discharge at construction sites.
In construction and work sites, we monitor whether the sewage exceeds the discharge limits of the treatment contract, as well as detect any abnormalities in discharge quality. We measure the sewage discharge volume at the construction site using flow pulses and regularly send the collected information to a cloud server. We assess the discharge volume and have established email notification functions. By accessing the cloud server, we will create a system that allows for a consolidated view of the conditions at each factory site. [Recommended Products] ● M2M Controller Series Easily build an IoT environment. Flexible configurations are possible depending on the installation location, wiring method, and number of I/O points.
This is a system that uses an IoT gateway to measure environmental data in a vegetable factory, allowing the situation to be monitored remotely from offices or while on the go.
This is a system that measures environmental data in a vegetable factory, allowing you to check the situation remotely from offices or other locations. By utilizing controllers with built-in 3G communication and 920MHz communication functions, we are implementing a visualization system for the conditions such as room temperature and humidity in the vegetable factory, as well as acquiring and controlling signals from various sensors. 【Recommended Products】 ● M2M Controller Series Easily build an IoT environment. Flexible configurations are possible depending on the installation location, wiring method, and number of I/O points.
