マーポス List of Products and Services

The "Non-contact, Non-radiation MeSys Ultrasonic Film Weight Measurement System" is a monitoring, inspection, and testing solution for the manufacturing process of sheet materials. It measures the weight (basis weight) of various materials using a non-contact device that utilizes ultrasound. The lighter the film, the higher the accuracy. 【Benefits of Use】 ◆ High-precision measurement possible with non-destructive non-contact inspection ◆ No need for qualified managers or workers' training and safety management, or applications to related organizations, as it does not use radiation ◆ Achieves high reproducibility with an accuracy of < ±0.5% ◆ Capable of measuring various materials, including chemical composition, color, wet and dry states *Work sample testing is available. Please feel free to consult us. For detailed specifications, please download the PDF.

SOLARIUS VIKING is a compact and lightweight optical 3D surface roughness and shape measurement device. By using sensors for measurement, it allows for a different approach compared to traditional microscopes. It is particularly suitable for customers facing challenges in measuring the surface roughness and thickness of materials that are thin, soft, and prone to scratches, such as wafers and lithium-ion battery separators. Utilizing advanced sensor technology, it quickly provides 3D surface topography maps and measurement results compliant with international standards. Additionally, its compact design saves space. With easy setup and high operability, it allows for quick configuration of the 3D optical inspection process, contributing to a reduction in operator workload. More measurements can be conducted in a shorter time. 【Suitable for customers with the following challenges】 - Looking to improve visual tasks or manual measurements - Wanting user-friendly equipment for anyone - Needing machine alignment (tilt or misalignment) - Seeking detailed understanding of measurements and data management - Searching for special applications that require customization *We also welcome inquiries regarding sample measurements. Please feel free to contact us.

Sensors and controllers using chromatic confocal measurement technology. We offer various options tailored to your work and environment. They are utilized in industries such as automotive, semiconductor, and glass worldwide. <Advantages> - Non-contact technology suitable for measuring soft or opaque materials (e.g., aluminum rolls, copper rolls, lithium-ion battery separators) - Capable of measuring layer thickness from 5µm - Wide measurement range suitable for inline use - High sensitivity and high precision (the reproducibility range of total thickness in actual applications is within 1µm) - Provision of measurement forks or a complete set of gauging equipment - Quick-SPC software option enables statistical processing and data transfer If you have the following challenges, please download the PDF and consult with us. - Variations in work or environment - Synchronization using multiple sensors - Mechanical alignment (tilt or misalignment) - Detailed understanding of measurements - Special applications requiring customization *For more details, please refer to the PDF document or feel free to contact us.

By combining a diverse family of optical probes and controllers with various measurement ranges, mechanical dimensions, and measurement specifications, we can meet a wide range of application needs. We offer two models: the single-channel "CPS1" and the dual-channel "CPS2." <Features> - Capable of measuring various materials that can reflect white light (e.g., metals, glass, plastics, coatings, liquids) - Non-contact measurement possible in all cases where contact with the subject is not required - Can measure up to five layers of transparent layers simultaneously with a single optical probe - High measurement accuracy - Replaceable sensors (up to 32 maps can be saved, suitable probes can be used) - 7-inch integrated display - Passive optical probe unaffected by thermal or electrical noise - Easily integrable into any system using SDK and protocol commands - Reduction of measurement spot - Dynamic collection possible through measurements synchronized with an encoder (spatial synchronization) - Capable of measuring roughness *For more details, please refer to the PDF document or feel free to contact us.

R2R (Roll to Roll) is a series of manufacturing technologies that involve the continuous processing of flexible substrates moving between two rotating rolls, allowing for the continuous construction of film structures using various processes. The scan motor equipped with our fluid dynamic bearing technology (which does not use ball bearings) operates without failure due to wear. Multiple application programs can be set and saved, and temperature variations are automatically corrected by the NO-VAR function. 【Features】 ■ Automatic correction of temperature changes due to the NO-VAR function ■ Permanent self-calibration and excellent linearity ■ Ability to set and save multiple application programs ■ Direct connection to PC, PLC, and NC ■ Reading of orthogonal encoders and synchronization signals *For more details, please refer to the PDF document or feel free to contact us.

OptoQuick captures and analyzes optical images to measure various workpieces such as cams, cranks, gears, and drive shafts with high precision and in a short time. <Main Features> 1. High Speed and High Precision - Achieves accurate and stable high-precision measurements in seconds using cutting-edge image processing technology. 2. High Flexibility - Capable of measuring various parts with a single unit, allowing for the production of different workpieces in the same manufacturing area. - Excellent operability, with measurement results that are easy to understand, enabling efficient and rapid work. 3. Multi-Sensor - In addition to optical sensors, it supports measurements of various shapes such as holes, shaft runout, cams, and half-strokes using three types of contact sensors. - Combining contact and non-contact technologies creates significant synergies. 4. Improved Workability - By installing it right next to the manufacturing machine, it reduces unnecessary time spent on moving and verifying parts. - Easily accommodates new parts by simply adding configuration files.

OptoFlash achieves high-precision measurements by acquiring and analyzing optical images. It enables fast and accurate measurements in production environments of small parts where high precision is required, such as in automotive, general manufacturing, aerospace, and medical fields. It is particularly suitable for dimension verification of electric motor shafts, electronic connectors, hydraulic circuit components, screws, and more. <Main Features> 1. Ultra-fast - The 2D optical technology enables a reduction in cycle time. - The cycle time is remarkably fast, executing 100 static measurements in just 2 seconds. 2. High flexibility - Capable of measuring a wide variety of shapes, from bolts to small shafts. - Achieves static and dynamic measurements of outer diameter, length, roundness, cylindricity, coaxiality, taper, grooves, chamfers, R (shape), shaft runout, screw dimensions, etc., in just a few seconds. 3. Ease of use - The measurement screen is user-friendly while equipped with multi-level access features, allowing level settings according to the operator's tasks and permissions. - Open loading without doors enables robot compatibility, allowing for automation without the need for an operator. 4. Durability - The fixed position of the 2D sensor eliminates mechanical stress. Measurement performance remains consistently stable over millions of cycles. - The need for maintenance is also minimized.

We introduce testing, measurement, and inspection products for implants. Our optical technology, utilizing OPTO's high-resolution images and optimized algorithms, enables inspection of the outer diameter of screws, the diameter and size of threads, profile angles, screw lengths, linearity, and concentricity across 360°. We offer "confocal sensors" used to detect significant structural defects or damages, as well as "implant quality gates" that provide functional testing for screws and nails. 【Features】 ■ Optical Technology - Suitable for inspecting orthopedic screws to enable quality control of numerous identical parts. - High-resolution images and optimized algorithms from PTO. ■ Confocal Sensors - Used to detect not only manufacturing defects but also significant structural defects (profile errors) or damages. *For more details, please refer to the PDF document or feel free to contact us.

The "VTS SF-45 Compact" is a non-contact imaging camera tool setter for CNC machines that adapts to limited space within the machine. It has achieved significant miniaturization while maintaining previous measurement performance. An air shutter covers and protects the optical lens, designed with harsh machine environments in mind. *For more details, please refer to the PDF document or feel free to contact us.*

"HAIRPINFLASH" is a non-contact measurement system that uses three dedicated high-resolution cameras equipped with a telecentric optical system to eliminate image distortion. By measuring critical parts (head, tail, roof), it controls length, width, and winding, avoiding issues during stator assembly, such as damage to the insulation paper within the stator slots. The processing software identifies the center points of the components, enabling the reproduction of required dimensions. 【Features】 ■ Non-contact measurement technology ■ High speed - measurement time is approximately 5 seconds ■ Flexibility to accommodate various work types ■ Designed for manufacturing environments and laboratories ■ High sensitivity and high precision *For more details, please refer to the PDF materials or feel free to contact us.

"OptoCloud EDU" is a solution for inspecting motor stators of electric vehicles, equipped with an effective software package. It collects point cloud data using multiple lasers, reconstructs it in 3D, and further refines it into intuitive images. Line operators can easily verify the results of automatic inspections through images and conduct validations to the desired level of detail. [Features] - Reconstructs 3D models of complex-shaped workpieces - Automatically performs tasks such as measurements and vision inspections - Electronic control of laser positioning - Laser head that is always properly protected *For more details, please refer to the PDF document or feel free to contact us.

The "NCG" is a thickness measurement device using optical interference technology. It calculates and measures the thickness of layers through the interference caused by the reflection of light waves at the joint surface of the workpiece. It is designed to manage the thickness of different materials such as glass, plastic, and silicon wafers. This product can be connected to various machines, allowing for high-precision and high-speed management of component thickness, and can be used in dry or wet environments within the specified limits of the specifications, either on the machine or inside the machine. 【Features】 ■ Guarantees processing accuracy within the desired tolerance ■ Reduces cycle time ■ Control for maintaining stable production under controlled conditions ■ Compensation for mechanical variations ■ History of measurement results *For more details, please refer to the PDF document or feel free to contact us.

"Extruline.XY" is a laser system specially designed for the outer diameter management of extruded products. In addition to diameter measurement and tolerance checks, it can control the automatic extrusion process and detect defects in all diameters along the length of the product. Thanks to non-contact technology, it can measure products that are difficult to measure with traditional contact methods, which could damage the product, as well as high-temperature or soft moving molded products. 【Features】 ■ High-performance feedback enabled by a 2-axis gauge ■ Two functions in one device: diameter control and defect detection ■ Significant material savings: production possible at the lower tolerance limit through extrusion machine control ■ Automatic control function contributes to cost reduction ■ Non-contact measurement for on-machine applications and overall product management *For more details, please refer to the PDF document or feel free to contact us.

"WIRELINE.XY" is a laser measurement system designed for monitoring the diameter/ovality of iron and copper wires. This system is specifically designed for wire measurement, allowing for high-precision and reliable diameter measurements of wires without being affected by vibrations or speeds during the wire drawing process. Even in environments where soap residue and iron powder can quickly clog the sensors and significantly impact measurement accuracy, it can be used on dry wire drawing benches thanks to a newly patented dust-proof bracket. 【Features】 ■ Patented pneumatic protection system eliminates the need for frequent gauge cleaning ■ Non-contact measurement enabled by laser technology ■ 100% tolerance checks possible through online applications ■ Significant material savings: production within tolerances through control ■ Contributes to labor cost reduction with automatic control functions ■ Improves product quality and reduces waste

The HWS.3 is a portable optical micrometer that non-contact measures wires, cables, and more. Developed using LED and CCD technology, it automatically corrects positioning errors using two intersecting linear sensors. Thanks to a powerful single-chip microprocessor, it is linearized and corrected, providing excellent accuracy across the entire measurement range, regardless of the position of the wire. It can also be used for measuring moving molded products. 【Features】 ■ Measurement starts with a press of the trigger and completes in just a few seconds ■ Measurement results are displayed in 3D on the screen ■ All measurements are saved in the scanner's internal memory with date, time, and production ID ■ Data can be downloaded to any PC via USB cable *For more details, please refer to the PDF document or feel free to contact us.

The "SUPER-WIRELAB.XY" is a high-performance tabletop laser micrometer. It is an ideal measuring instrument for measuring wire samples, optical fibers, and magnet wires, as well as checking mold diameters through the measurement of pull wires. It is equipped with the smart "Super-Wirelab Software" that enables easy programming. 【Features】 ■ Objective and highly reproducible measurement results ■ Ultra-precision ■ High flexibility ■ Amazingly quick and easy to use ■ Excellent price competitiveness ■ High durability *For more details, please refer to the PDF document or feel free to contact us.

"WIRELAB.XY" is a tabletop laser micrometer for wires with ultra-precision. This product, which incorporates excellent laser technology while being offered at an affordable price, achieves ultra-precise and completely reproducible measurements. It is equipped with the smart "Wirelab Software" that enables easy programming. 【Features】 ■ Objective and highly reproducible measurement results ■ Ultra-precise ■ High flexibility ■ Amazingly quick and easy to use ■ Excellent price competitiveness ■ High durability *For more details, please refer to the PDF materials or feel free to contact us.

The "SUPER-MECLAB+.T40" is a high-precision measuring instrument for ultra-high precision outer diameter measurement of workpieces with odd and even blades/grooves. It allows for checking of workpieces with odd blades and grooves. It can be used extremely easily and quickly, reducing inspection time and improving measurement performance. Additionally, it has high flexibility and can measure various components and dimensions without the need for system presets or remastering. 【Features】 ■ Zero error due to hysteresis (reversal error) commonly seen in all dial indicator gauges ■ Non-contact measurement: does not damage or scratch the workpiece ■ Objective and highly reproducible measurement results that do not depend on the operator's skill ■ Capability to check workpieces with odd blades and grooves *For more details, please refer to the PDF document or feel free to contact us.

"SUPER-MECLAB+.X" is a high-precision measuring instrument for ultra-high precision diameter measurement. It employs NO-VAR technology, ensuring no measurement drift due to temperature changes. Through feed measurement allows for easy and quick multi-diameter measurement. Additionally, it enables checking multiple dimensions for high flexibility in measurement, allowing users to choose from various measurement types. 【Features】 ■ Capable of measuring details that cannot normally be detected ■ Can measure various components and dimensions without remastering the gauge ■ Reduces inspection time and improves measurement performance ■ Provides objective and highly reproducible measurement results that do not depend on the operator's skill ■ Non-contact measurement that does not damage or scratch the workpiece *For more details, please refer to the PDF materials or feel free to contact us.

"QUADRALINE.XY" is an inline management laser system for rolled/extruded products with a rectangular cross-section. It is based on a two-axis laser gauge installed on the machine, measuring the external dimensions of the product along two directions at 90°. This method allows for the measurement of both height and width along the axis of the rectangular cross-section of the product. Additionally, the "Quadraline.XY software" is preloaded within the Xactum gauge, and thanks to its modular structure, it can meet all operational requirements. 【Features】 ■ Non-contact measurement enabled by laser technology ■ 100% tolerance checks through online applications ■ Significant material savings: production within tolerances through control ■ Automatic control functions help reduce labor costs ■ Improved product quality and reduced waste *For more details, please refer to the PDF document or feel free to contact us.

The "Grindline.X Laser System" is designed to measure the outer diameter of products manufactured by through-feed, centerless grinding machines, such as pins, shock absorber rods, and steering racks, on the production line. With a wide measurement range and dedicated data processing software, this system can measure a large number of parts with varying shapes and dimensions without special operations. 【Features】 ■ Through-feed measurement and display of measurement diameter ■ Alarm output for part sorting and tolerance checks ■ Real-time grinding process adjustments ■ Processing and printing of statistical reports ■ Interface with remote computers ■ NO-VAR technology: temperature compensation function (reducing the impact of room temperature changes) *For more details, please refer to the PDF materials or feel free to contact us.

The "Grindline+.X Laser System" is designed to measure the outer diameter of products manufactured by centerless grinding machines (such as electric drive motors and parts without center holes with multiple diameters) on the production line. The patented self-calibrating device guarantees permanent gauge accuracy without the need for remastering. 【Features】 ■ Through-feed measurement of up to 10 items ■ Alarm output for part sorting and tolerance checks ■ Real-time grinding process adjustments ■ Processing and printing of statistical reports ■ Interface with remote computers ■ NO-VAR technology: temperature compensation function (reducing the impact of room temperature changes) *For more details, please refer to the PDF document or feel free to contact us.

"VBI" monitors the blade during wafer cutting, ensuring high reliability and reducing waste. By measuring blade wear and shape in real-time, it achieves scrap reduction without stopping production. The interface unit connects two sensors. It is possible to perform the same function with both or to execute two different functions. *For more details, please refer to the PDF document or feel free to contact us.*

The P3CF is a measurement system that combines traditional contact probes with a non-contact probe using confocal technology (hybrid measurement). It can directly measure the distance of various materials and the thickness of transparent materials in white light. The thickness of thin and delicate materials (such as ceramics, semiconductor wafers, and epoxy resin mold compounds for packaging) requires precise measurement in the finishing process, but it is challenging to measure with contact methods. The P3CF, which employs confocal technology, measures the thickness non-contact by determining the distance from the reference plane to the work surface. *For more details, please refer to the PDF document or feel free to contact us.*

AOP-PCI (Probe Card Inspection) is a multifunctional, non-contact, non-destructive inspection tool designed to comprehensively check probe cards. By combining an air bearing stage with state-of-the-art sensors and vision systems, it can obtain high-precision data on the tips, head shapes, and PCB surfaces of full-size square direct dock probe cards. Additionally, dedicated measurement algorithms enable seamless execution of both data acquisition and analysis routines. *For more details, please refer to the PDF materials or feel free to contact us.*

"TTV (Total Thermal Vision)" is an infrared vision system designed to monitor the surface temperature of molds during the die-casting process. The thermographic camera built into the machine applies infrared visual technology to monitor the thermal map of the mold surface in real-time. It visualizes the processing steps and contributes to the optimization of release spray and lubrication processes during die-casting production. Additionally, the system consists of a controller unit and a thermographic camera unit, both designed to operate in particularly harsh foundry environments. 【Features】 ■ Stabilization of quality ■ Reduction of process costs (decrease in the number of waste shots) ■ Extension of mold lifespan ■ Optimization of cycle time ■ Improvement of system efficiency (OEE enhancement) ■ Analysis of process variables and errors ■ Reduction of unexpected process stoppages *Demonstrations are available. Please feel free to inquire. For detailed specifications, please download the PDF and take a look.

The "VTS WF (Wide Field)" is a non-contact imaging camera tool setter optimized for measuring special tools that are crucial for ultra-high precision machining on CNC machines. It is specifically designed for applications in high-precision turning centers and lathes. Depending on the frame range size, it can measure tools with a diameter of up to 2.9 mm for double-sided and up to 80 mm for single-sided. An air shutter covers and protects the optical lens, designed with consideration for harsh machine environments. The camera tool setter can also be used to measure complex-shaped tools and grinding tools, such as grinding wheels, which are difficult to measure with other tool setters. It enables the measurement and management of tools that require high quality and machining precision, which have previously been challenging to automate (unmanned), contributing to increased production efficiency and reduced labor. *For more details, please refer to the PDF document or feel free to contact us.*

Non-contact measurements with high precision are achieved without damaging the measured object. Thickness measurements can be performed with extremely high resolution on all types of surfaces and materials, including highly reflective surfaces. The NCG-R system, equipped with a dedicated optical sensor, is designed with high protection performance (such as an enclosure compliant with IP standards), making it suitable for a wide range of applications from post-manufacturing inspections to in-process inspections. Thickness measurements of thin films, coatings, and nano-layers are the standout features of the NCG-R system, demonstrating exceptional performance. The NCG-R controller (visible light type) is compatible with all types of sensor heads, achieving optimized performance tailored to the measurement range and operating environment (such as working distance and spot size).

This is a series of controllers designed to measure thickness and distance in conjunction with optical sensor heads. Utilizing interferometric (interferometer) technology and a dedicated data processing software package, it provides a solution for accurate measurements even in situations where contact with the target area is not possible. With high precision and stability at the sub-micron level, it guarantees reliable measurements with excellent repeatability and accuracy. Additionally, it supports inline process control with real-time monitoring, contributing to improved production efficiency.