Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 58 items
Non-contact measurement of height and dimensions can be easily done with high precision!
If you are having trouble with height measurement or flatness, please feel free to contact us. In combination with our original thermal testing equipment, we can also measure warpage by reproducing the reflow condition!
Non-contact "surface" unit 3D measuring machine
■ In "surface" unit measurement, a measurement range of 50×56mm (field of view selectable) can be measured in one go, yielding up to 1.29 million points of three-dimensional measurement data. Additionally, since it is an absolute coordinate measurement, the measurement data of multiple surfaces can be accurately connected. Furthermore, measurements can be taken not only of curved surfaces but also of design lines, scribed lines, ink lines, fillet R edges, and edge lines on the workpiece. ■ In "point" unit measurement, it is possible to easily measure the internal shapes of bosses and rib areas inside electronic products such as mobile phones, which cannot be measured with a non-contact probe, in a short time. ■ The output data formats for CAD include measurement point data, feature line segmentation alignment data, and curvature thinning data.
Ready to use immediately on-site. Easy measurement of complex work shapes.
This is a portable non-contact "surface" three-dimensional measuring machine that can be brought to work sites for measurement. The vertical and horizontal movements are driven by a motorized remote control, while the planar movement is facilitated by casters. Vibration prevention is achieved through an electric fixing method, making operation very simple. The movement of each movable axis is measured by encoders, and this information is used to automatically align the measurement patches. It measures workpiece shapes, including complex geometries, at high speed, high precision, and high density. It is an inexpensive system with excellent cost performance.
Anyone can easily perform 3D measurements. It is ideal for input devices for 3D printers.
Easy measurement. 3D data is generated simultaneously with measurement for easy data processing. The dedicated software for pipes allows for measuring pipes, calculating errors, and transferring data to processing machines.
Specialized for the environment at a low price without demanding unnecessary high precision!
The "Non-contact 3D Shape Measuring Device" is an automatic scanning device for 3D data. It is designed for use in environments with significant vibrations and temperature changes, such as general factory settings, and employs a four-column high-rigidity frame to ensure usability even in vibrating environments like those with press machines. Additionally, it uses a metal frame and metal scales to minimize the effects of thermal expansion, assuming an environment without air conditioning. 【Features】 ■ Capable of measurement in harsh environments ■ Ideal machine structure considering workpiece characteristics ■ High versatility adaptable to various applications *For more details, please refer to the PDF materials or feel free to contact us.
Furthermore, it has become smaller and lighter, improving portability.
The "OWL (AME-OL200)" is a three-dimensional measurement system equipped with a RICOH THETA Z1 360° camera. The main unit has been made smaller and lighter than before. The total weight, including the monopod and battery, is 2.9 kg, which is a 20% reduction from the previous weight of 3.7 kg. Additionally, a vibration motor has been built into the battery base. It notifies you of the start and end of the scan with vibrations. 【Features】 - Smaller and lighter than the previous generation OWL, improving portability - Scanning time is halved compared to before, completing a scan in 22.5 seconds per location - The resolution of the laser scanner (laser emission amount) is doubled - Supports dual-frequency GNSS module (L1/L2) - Standard scan switch included on the battery base - Built-in vibration motor to notify the end of the scan *For more details, please download the PDF or feel free to contact us.
3D measurement anywhere! Desktop 3D measuring instrument.
"Fulcrum" is a compact tabletop 3D measuring device. [Features] ■ Direct measurement on-site No complicated setup is required; simply set the workpiece and start measuring immediately. It can output various types of inspection reports, completing the process from machining to measurement inspection to report output on-site. ■ Stable accuracy The arm section is made of carbon material, allowing it to adapt to changes in temperature and humidity. By registering the temperature environment at the installation site during measurement, you can obtain measurement results that reflect the thermal expansion coefficient of the work material. ■ Diverse measurement menu It is equipped with a variety of measurement menus. By measuring multiple elements, you can check the distances and angles between them, and you can also measure the virtual intersection points between the measured planes. *Please view the PDF data from the download button below.
3D measuring instruments that support high-precision processing, regeneration, and repair.
Introduction of 3D Shape Measurement Machine ⇒ Photo 1 【3D Scanner Type Three-Dimensional Measuring Machine】 ● 3D Scanner Type Three-Dimensional Measuring Machine VL-500 (Keyence) ⇒ Photo 2 ● Can be used for reverse engineering or for creating drawings of new products. ● We also accept shape measurements and CAD drawing creation. ● During fully automatic measurement ⇒ Photo 3, Photo 4, Photo 5 ● 3D data after measurement ⇒ Photo 6, Photo 7 ● Cross-section data screen ⇒ Photo 8 ● Application example: Demonstrates power in camshaft reproduction Previously, cam lobe reproduction was done by fitting with existing parts, but since drawings can now be created, the production of fitting jigs and other tools has also become possible.
Explanation of the machine configuration and other details of the 3D measuring machine "HELICHECK 3D"!
Walter Ewag provides solutions that can consistently manage everything from tool research and development to measurement, offering suitable tool grinding machines, laser processing machines, and measuring instruments to meet the needs of cutting tool manufacturers. In this document, we will particularly introduce the "HELICHECK 3D" three-dimensional measuring machine and its integration with tool grinding machines for tool manufacturers based both domestically and internationally. [Contents] ■ HELICHECK 3D ■ Scanning, measuring, and comparing tools with HELICHECK 3D ■ Integration of tool grinding machines and measuring instruments ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
Using the non-contact optical 3D digitizer ATOS, we scan all tangible objects and create 3D data.
Optical digitizers significantly reduce measurement time compared to traditional contact and laser methods. They allow for easy movement and measurement of complex shapes that are difficult to measure with conventional devices, enabling the creation of 3D data to be carried out very smoothly and with quick turnaround times.
With 40 years of experience in large-scale processing, we deliver the highest quality products by utilizing our knowledge and technology.
We perform integrated processing from mass production to prototyping using large-scale machining, turning, and horizontal machining centers equipped with automatic APC (total number of pallets: 26), accommodating a wide variety of small quantities. We contribute to a wide range of fields in large lathe machining, large-scale machining, and precision machining parts, responding to our customers' needs for high-precision components.
We provide high-precision, high-quality model production efficiently.
KYOWA Engineering Laboratory Co., Ltd. looks towards the society of the 21st century and constantly challenges new technologies with innovative ideas. As a reliable group of professionals that adapts to market needs, we provide the best products and meet customer satisfaction. We always think about tomorrow and contribute to creating a rich social environment. Furthermore, we leap into the world as global citizens and contribute to the international community. 【Features】 [3D Light Sculpting] ○ High-precision production of complex shapes in a short period ○ Wide range of applications from prototypes to direct casting models *For more details, please download the PDF or feel free to contact us.
Case study presentation! We will restore wooden molds, metal molds, and parts without data into 3D data!
GM assists in data restoration using 3D scanning (non-contact 3D measurement) for wooden patterns, metal molds, master models, and parts that lack data. 【Here are three examples of GM's problem-solving】 【Issue】Want to modify a mold that lacks 3D data 【Proposal】Create 3D data for the mold by 3D scanning the actual mold 【Issue】Want to create wooden patterns and molds for casting sand molds but lack 3D data 【Proposal】Measure the actual item with 3D scanning, create 3D data, then design and manufacture the wooden patterns and molds 【Issue】Have created prototypes like clay, but if modifications are made, the created model is lost, so want to preserve the current shape 【Proposal】Preserve high-precision 3D data with 3D scanning By performing reverse engineering, editing and modifications as 3D data are also possible In addition, we have a track record of solving issues for customers who are troubled by the lack of design data through GM's 3D scanning services. ★Currently, we are offering a free document summarizing problem-solving examples! If you are interested, please download it from the link below!
![[Measurement Example] Scanning data for 3D printers](https://image.mono.ipros.com/public/product/image/d14/2000307278/IPROS4339685742220325887.jpg?w=280&h=280)
Introducing scanning examples for 3D printers.
This is a case of scanning a resin product made with a 3D printer using an arm-type portable 3D measuring device. The intention was to perform the scan in-house and use the acquired data for design purposes. Since there are not many reference points for such products, it becomes important to scan in a way that allows both the front and back to be captured in a single setup. In this instance, we machined aluminum in-house and used it to fit onto an axis, allowing us to measure the outer shape all at once. [Overview] ■ Location: In-house ■ Content: Scanning of a resin product made with a 3D printer ■ Measurement Method: Arm-type portable 3D measuring device *For more details, please refer to the catalog or feel free to contact us.
A measuring instrument that can quickly measure complex shapes and shapes that are difficult to measure!
The "Arm-Type Portable 3D Measuring Device" is a measuring instrument with a multi-joint 7-axis design, allowing you to bend the arm and change angles as you like. It can quickly measure even complex shapes or shapes that are difficult to measure. Basically, if the maximum measurement range exceeds 2.7m, it cannot be measured in one go, but you can move the measuring device while maintaining the previously created 3D coordinates and continue measuring at the same coordinates. 【Features】 ■ Capable of measuring from various angles due to its multi-joint 7-axis design ■ Even if exceeding the maximum measurement range, you can continue measuring at the same coordinates by moving the measuring device *For more details, please refer to the catalog or feel free to contact us.
![[Arm-type Portable 3D Measuring Device - Measurement Example] Shape Evaluation by Color](https://image.mono.ipros.com/public/product/image/53a/2000308114/IPROS1204932945800663811.jpg?w=280&h=280)
Introducing a case study on shape evaluation by color using an arm-type portable 3D measuring device.
By using scanned CAD data, we can perform shape comparisons based on color with the master CAD data. This allows for an evaluation of the entire shape rather than just point-by-point comparisons, making trends in the shape immediately apparent. Shape evaluations after processing, analysis of worn molds, and measurements of thin molded products that may shift during contact measurements can all be conducted using scanning. 【Measurement Examples】 ■ Using scanned CAD data ■ Shape comparison with master CAD data based on color 【Measurement Benefits】 ■ Enables evaluation of the entire shape, making trends in the shape immediately clear *For more details, please refer to the catalog or feel free to contact us.
![[About Dimension Measurement] 3D Measuring Machine](https://image.mono.ipros.com/public/product/image/27b/2000444392/IPROS55723826461277769384.jpeg?w=280&h=280)
Accurate evaluation is possible with XYZ three-dimensional direction measurement! We provide precise measurement values with contact methods!
We use a three-dimensional measuring machine to measure the dimensions of products and parts. It is used for relatively large measurement items that cannot fit within a microscope measuring up to 700mm × 700mm × 600mm. It enables measurement in the XYZ three-dimensional directions and provides accurate measurement values by making contact with the measurement item. In recent years, three-dimensional dimensional evaluation, such as geometric tolerances, has become necessary, and accurate evaluations are possible by utilizing the functions of the three-dimensional measuring device. When measuring a large number of identical shapes, measurement programs are created. By repeatedly measuring the same location, more precise and reliable measurements are achieved. 【Features】 ■ Used for relatively large measurement items ■ Accurate evaluation possible with XYZ three-dimensional measurements ■ Accurate measurement values can be provided by making contact with the measurement item ■ Measurement programs are created when measuring a large number of identical shapes ■ More precise and reliable measurements are achieved by repeatedly measuring the same location *For more details, please refer to the PDF document or feel free to contact us.
Meeting various customer needs! Large part scanning is also possible.
We would like to introduce the process of 3D scanning that we conduct. 3D scanning can digitize various objects, but there are limitations to the applications of the data obtained solely from 3D scanning, and it is not possible to directly create 3D models or 2D drawings. We respond to the diverse needs of our customers at each stage of the process. 【Steps of 3D Scanning (Partial)】 1. Place the object in a desired position. 2. Scanning of large parts is possible using a high-precision handheld 3D scanner (photogrammetry function allows for up to 4m). 3. The only output directly obtained from the 3D scanner is point cloud data (raw data). 4. To utilize the obtained point cloud data, we use accompanying software to convert it into polygons. The available file format is STL, which can be used for 3D printers, CAM, etc. *For more details, please refer to the related links or feel free to contact us.
Achieve wide-field and high-resolution measurements with the combined function of segmented measurement!
Our company offers the wide-field 3D measurement device 'VYA-1', which utilizes multiple sensors and a split measurement integration function to achieve wide-field high-resolution 3D measurements. Additionally, it can import CAD data for matching and identification. It is also suitable for coplanarity inspection of various precision parts. 【Usage Examples】 ■ Measurement of products such as semiconductors and precision jigs ■ Shape measurement of flat substrates like OLEDs ■ Inspection of solder paste application ■ Shape inspection of various printing plates ■ Shape inspection of thin molds ■ Inspection of large PCB substrates *For more details, please download the PDF or feel free to contact us.
Non-contact measurement of vertical, horizontal, depth, and height displacements all at once!
This is a versatile 3D measuring device that utilizes slit light to measure depth and height without contact, and has newly added vertical and horizontal measurement capabilities, as well as a microscope observation function for the measurement surface. It comes as a set with two TV cameras and a TV monitor. 3D measurements, including cross-sectional shape observation with slit light and displacement measurement of uneven surfaces, can be performed quickly and easily.
We offer high quality at low prices!!
If you are having trouble with dimensional inspection of 3D surfaces, please feel free to reach out.
One-stop service from modeling to mold manufacturing
We offer high-precision measurement services using advanced 3D scanners. From creating scan data, we provide one-stop support covering design, modeling, prototype manufacturing, mold fabrication, and even mass production. We also support reverse engineering, such as rebuilding geometry from existing products, as well as the production of repair and replacement parts. In addition, measurement-only requests are also welcome. We can generate high-density scan data and provide modeling tailored to your specific application and requirements. 【Features】 ・High-precision 3D scanning available at a reasonable cost ・Seamless support from 3D scan data to prototyping and mass production ・Data delivery in STL format or with auto-surfacing, according to customer requirements ・Integrated modeling support in various 3D CAD-compatible file formats
Under a quality management system compliant with ISO 9001, we will continue to provide quality that impresses our customers!
We would like to introduce the quality policy of Tobata Turret Works. Our company positions "Quality is the lifeblood of our company" and provides products that meet customer requirements. To systematically and effectively manage our production systems and quality assurance activities, we will continuously improve the effectiveness of our quality management system in accordance with ISO9001. Through the establishment of an ISO9001 quality management system, we will strengthen our corporate structure continuously by implementing systematic and visible management, and with our commitment to advanced measuring instruments and quality, we will always deliver only the best products. [Features] ■ Provide products that meet customer requirements ■ Continuously improve the effectiveness of the quality management system in accordance with ISO9001 ■ Build high trust through the technology and services we provide ■ Continuously strengthen our corporate structure through systematic and visible management ■ Always deliver only the best products with our commitment to advanced measuring instruments and quality *For more details, please refer to the PDF document or feel free to contact us.
It is possible to measure without any issues even in environments where coolant, dust, and welding dust are present.
The "LEICA ABSOLUTE TRACKER AT402" is a product that can measure a distance of 320m (diameter) and has a measurement range of 360° in azimuth. Under stable environmental conditions (20±1°C and no vibration), the accuracy within a vertical range of 1.5 to 80m and +/-45° from the tracker is ±15μm + 6μm/m. Additionally, it can measure without issues in environments exposed to coolant, dust, and welding fumes. 【Features】 ■ Measurement distance: 320m (diameter) ■ Measurement range: 360° in azimuth ■ Accuracy: ±15μm + 6μm/m ■ IP54 (IEC60529) certified *For more details, please refer to the PDF document or feel free to contact us.
We have made it possible to measure parts that could not be measured before, reducing the effort, labor, and time required for measurements.
This device combines the capabilities of both a three-dimensional measuring machine and a 3D scanner, eliminating the need for separate analyses of data measured by each device. It is now possible to combine data from both sources for measurement. In addition to measuring the entire product, it allows for the setting of measurement locations at will, reducing the time and labor required for measurement. It can measure not only plastic products but also items made from other materials. If you have any items you would like to measure, such as prototypes before injection molding or products after injection molding, please feel free to consult with us. We also accept single-item processing.
We would like to introduce the new initiatives of Wako Seiko.
We want to restore aging molds," "We are struggling with molds and products without drawings," "We want to digitize items in the best condition," "We want to digitize prototypes," and other requests from customers, please try our high-precision digitization using the 3D measuring instrument (ATOS) from Wako Seiko Co., Ltd. It will help reduce labor and costs. Additionally, we do not stop at measurement; we will create 3D surface data from the captured data. Furthermore, we offer comparison inspections between CAD screens and products, creation of estimated data from inspection results, and even parts manufacturing. 【Features】 ○ High-precision reproduction using the wisdom of skilled technicians and well-equipped facilities, because we are a mold company. ○ Not just restoration and duplication → Creation of target parts → Size modification ○ We have started measuring, inspecting, and digitizing press products. For more details, please contact us or download the catalog.
![[Arm-type Portable 3D Measuring Device - Case Study] Reverse Engineering](https://image.mono.ipros.com/public/product/image/e80/2000307876/IPROS112217270137314573.jpg?w=280&h=280)
Introducing measurement examples of 3D measuring devices! For those who want to request reverse engineering.
Even when it comes to reverse engineering, the way data is collected and output varies significantly depending on the intended use of the CAD data. Simply scanning does not guarantee perfect data; it is crucial to understand the characteristics of the machine and its intended use to create the data effectively. At Sawatec Co., Ltd., we utilize two facilities as needed to create the best data possible. Based on our experience in design, we measure the rough shape with scanning, then measure the hole positions with a three-dimensional measuring machine to output the coordinates. For areas that cannot be reached by scanning, we use the contour measurement of the three-dimensional measuring machine to obtain the shape. Our company leverages extensive experience and abundant equipment to provide satisfactory data to our customers. 【Measurement Examples】 < Hole Scanning > ■ Without making unreasonable corrections, we convert to CAD data + coordinates of holes in X, Y, Z, and φ ■ Contours and height data of areas that could not be captured by scanning Output contour data as IGS data *For more details, please refer to our catalog or feel free to contact us.
![[Arm-type Portable 3D Measuring Device - Measurement Examples] 3D Measurement](https://image.mono.ipros.com/public/product/image/246/2000308120/IPROS4352295329497231577.jpg?w=280&h=280)
Introducing examples of 3D measurements using an arm-type portable 3D measuring device!
Using the "arm-type portable 3D measuring instrument," it is possible to create 3D coordinates. By creating 3D coordinates, you can measure not only distances and diameters but also geometric tolerances such as flatness, perpendicularity, coaxiality, and positional tolerance. Once coordinates are created, it is also possible to move the measuring instrument while maintaining the same coordinates, allowing for measurements of complex shapes. 【Measurement Example】 ■ Creation of 3D coordinates using an arm-type portable 3D measuring instrument 【Measurement Benefits】 ■ Ability to measure distances and diameters by creating coordinates ■ Capability to measure geometric tolerances ■ Ability to move the measuring instrument while maintaining the same coordinates ■ Capability to measure complex shapes *For more details, please refer to the catalog or feel free to contact us.
