ミラック光学 List of Products and Services

I will explain the features of the industrial monocular microscope "Major Scope."

• Optical microscope

The "Ari-groove stage," which allows for a rich variety of combinations, has been enhanced with the addition of the 'SLX series,' which features a long stroke and does not require a stopper. The structure eliminates stoppers, achieving a slim design that is suitable for space-saving jigs and devices. It can also avoid positional misalignment in precision measurements and has a proven track record with manufacturers of production equipment for semiconductors and electronic components. 【Features】 ■ The stage can be moved using a hex wrench or hex screwdriver you have on hand. ■ Flexible position adjustment is possible with a wide movement range of ±15mm. ■ Installation in directions other than horizontal is also possible. ■ Available in both single-axis and dual-axis types. ■ Ideal for applications requiring high positioning accuracy for processing and inspection, as well as for applications where secure long-term fixation after position adjustment is desired. ★ We are currently showcasing a video that clearly introduces the features of our stages. *For more details about the product, please refer to the documentation. Feel free to contact us with any inquiries.

• Other machine elements

Pattern defect detection in semiconductor manufacturing often relies on visual inspections by skilled workers, leading to challenges such as quality variations due to labor shortages and discrepancies in inspector skills. "AI Hayabusa" is an inspection system that automates visual inspections using AI and image processing technology. It accommodates inspections of complex-shaped components, achieving stable inspection accuracy and labor savings. 【Usage Scenarios】 - Pattern defect detection in semiconductor manufacturing - Inspection of complex-shaped components - Detection of fine scratches and defects - Resolution of quality variations due to discrepancies in inspector skills 【Benefits of Implementation】 - Increased productivity: Automating inspection processes that relied on manual labor significantly reduces time. - Improved quality: Stable inspection accuracy through AI helps suppress the occurrence of defective products. - Cost reduction: Reduces labor costs and the time and costs associated with inspections. - Reduced burden on inspectors: Alleviates the burden of visual inspections by skilled workers, allowing them to focus on more advanced tasks.

• Image analysis software

The visual inspection of seafood processing products often relies heavily on human labor, which not only incurs time and costs but also presents challenges such as variations in quality due to inspector fatigue and inconsistencies in judgment criteria. Mirac Optical's "AI Hayabusa" is a system that automates visual inspection using AI (automatic learning capabilities) and image processing. It accurately detects minute defects such as scratches, achieving efficiency and stability in quality control. 【Application Scenarios】 - Visual inspection of seafood processing products (scratches, discoloration, foreign matter contamination, etc.) - Reducing the burden on inspectors and shortening inspection time - Improving inspection accuracy and stabilizing quality - Enhancing customer satisfaction 【Benefits of Implementation】 - Reduction in labor costs due to automation of inspection tasks - Decrease in the rate of defective products due to improved inspection accuracy - Increased productivity due to shortened inspection time - Enhanced efficiency in quality control through data digitization of inspection results

• Image analysis software

In the metal processing industry, a significant amount of time and effort is spent on the visual inspection of products. Finding minute defects such as scratches can be burdensome even for experienced inspectors, and human errors are likely to occur. Mirac Optical's "AI Hayabusa" is an inspection system that automates visual inspections by utilizing AI (automatic learning capabilities) and image processing technology. 【Application Scenarios】 - Appearance inspection of automotive parts: Detection of scratches and burrs on complex-shaped components - Wafer inspection in semiconductor manufacturing: Detection of fine scratches and defects 【Benefits of Implementation】 - Significant labor savings through reduced inspection time - Reduction of defective products due to improved inspection accuracy - Resolution of labor shortages - Cost reduction through increased efficiency in inspection operations

• Image analysis software

In food processing sites, the detection of foreign substances and defects often relies heavily on human labor, which tends to increase the burden of work. Additionally, issues such as oversights due to human error and variations in inspection standards are also challenges. "AI Hayabusa" is an inspection system that addresses these challenges by utilizing AI (automatic learning capabilities) and image processing technology. 【Usage Scenarios】 - Inspection for foreign substances in food processing factories - Visual inspection of food (scratches, discoloration, deformation, etc.) - Inspection of packaging conditions (damage, seal defects, etc.) - Inspection of food size and shape 【Benefits of Implementation】 - Reduction of inspection time and alleviation of labor shortages - Improvement of inspection accuracy and stabilization of quality - Strengthening of quality control through standardized inspection criteria - Enhancement of food safety

• Image analysis software

We introduce the inspection system "AI Hayabusa," which automates the inspection of complex-shaped products such as automotive parts using AI (self-learning capabilities) and image processing. Traditionally, inspection tasks were performed visually, relying on human effort, which led to issues such as operator fatigue, mistakes due to lack of concentration, and variability in judgment criteria. "AI Hayabusa" addresses these challenges, achieving stable quality control and improved productivity. 【Application Scenarios】 - Inspection of scratches on automotive parts: Difficult to detect complex shapes and fine scratches - Inspection of scratches on painted surfaces: Ensures detection of scratches that are often overlooked visually - Inspection of surface defects on metal parts: Accurately identifies scratches and irregularities, contributing to quality improvement 【Benefits of Implementation】 - Reduced inspection time: Automating inspection tasks that relied on human effort significantly shortens the time required - Improved inspection accuracy: AI image processing reliably detects scratches that may be missed by the human eye - Cost reduction in inspections: Significant cost savings are possible through reductions in labor costs and inspection time - Stabilization of quality: By eliminating human error, it provides products with stable quality.

• Image analysis software

In the manufacturing process of textile products, the detection of foreign substances is an important quality control item. However, visual inspections rely on human effort, leading to issues such as errors due to worker fatigue and lack of concentration, as well as variations in inspection standards. Mirac Optical's artificial intelligence inspection system, 'AI Hayabusa,' utilizes AI and image processing technology to automatically detect foreign substances, achieving stable quality control and improved work efficiency. 【Usage Scenarios】 - Detection of foreign substances in the manufacturing process of textile products - Quality control of various textile products such as woven fabrics, knitted fabrics, and non-woven fabrics - Reduction of workload from visual inspections that rely on human effort - Elimination of quality variations due to discrepancies in inspection standards 【Benefits of Implementation】 - Reduction of inspection time and improvement of work efficiency - Decrease in defective products due to improved inspection accuracy - Cost reduction by addressing personnel shortages - Stabilization of quality through the unification of inspection standards

• Image analysis software

Detecting pests and diseases in crops is a task that requires skilled techniques, time, and effort. There is always a risk of oversight and misjudgment. Mirac Optical's AI image inspection system automatically identifies pests and diseases using AI and image processing technology, achieving accurate and speedy detection. 【Application Scenarios】 - Early Detection of Pests and Diseases: By continuously monitoring the growth conditions of crops, early detection of pest and disease outbreaks can prevent the expansion of damage. - Efficiency in Pesticide Application: By accurately understanding the occurrence of pests and diseases, pesticides can be applied only where necessary, reducing unnecessary chemical use. - Improvement of Quality Control: Preventing quality deterioration due to pests and diseases allows for the production of stable quality crops. - Alleviation of Labor Shortages: Automating inspection tasks that relied on experienced personnel contributes to alleviating labor shortages. 【Effects of Implementation】 - Cost reduction through reduced monitoring time and labor costs - Prevention of damage expansion through early understanding of pest and disease occurrences - Improvement of working conditions and reduction of worker burden

• Image analysis software

In the inspection process of automobile manufacturing, precise positioning and stable fixation are required. In conventional dovetail stages, micro-movements and positional shifts caused by manual stoppers or clamp operations could occur, potentially affecting inspection accuracy. The "Self-Lock Stage SLX Series" from Mirac Optical addresses these challenges by incorporating a patented self-locking mechanism, enabling high-precision inspections with a dovetail stage. 【Usage Scenarios】 - Dimensional inspection of automotive parts - Surface inspection of engine components - Precise positioning in the inspection process - Inspections requiring long-term fixation 【Benefits of Implementation】 - Improved inspection accuracy - Reduced inspection time - Enhanced work efficiency - Decreased human error - Increased reliability of inspection results

• Other machine elements

In high-precision experiments and inspection tasks in research and development, the positioning of samples is extremely important. Mirac Optical's "Self-Lock Stage SLX Series" features a patented self-locking mechanism that ensures secure fixation without the need for a stopper. It is an ant-style stage that enables high-precision positioning without micro-movement. 【Application Scenarios】 - Precise experiments and inspections in research and development - Microfabrication and assembly tasks - Stages for optical microscopes and measurement instruments - Positioning mechanisms in automation systems - Applications requiring stable positioning over long periods 【Benefits of Implementation】 - Improved positioning accuracy enhances the reliability of experimental results. - Elimination of stopper operations increases work efficiency. - Prevention of errors due to micro-movement or positional shifts enhances work safety. - A stylish design helps keep the experimental space looking neat.

• Other machine elements

The new 'Self-Lock Stage SLX Series' has arrived, featuring a long stroke and no need for a stopper, making it essential for high-precision measurements. With its patented self-locking mechanism, it prevents micro-movements and positional shifts after adjustments, ensuring a stable measurement environment. 【Usage Scenarios】 - Situations requiring high-precision measurements or inspections - Situations needing stable positioning for extended periods - Situations where micro-movements or positional shifts are not permissible - Working in limited spaces - Measuring complex shapes 【Benefits of Implementation】 The self-locking mechanism enhances measurement accuracy by preventing micro-movements and positional shifts after adjustments. Additionally, the absence of a stopper simplifies operation and improves work efficiency. Furthermore, its slim design allows for use in confined spaces.

• Other machine elements

Introducing the "Self-Lock Stage SLX Series," the optimal solution for high-precision positioning tasks in automation systems. The SLX Series offers high positioning accuracy and stability by incorporating a patented self-locking mechanism. 【Application Scenarios】 - Manufacturing sites of precision equipment requiring high-precision positioning - Positioning of samples in automated inspection processes - Transporting and assembling parts with robotic arms - Precise position adjustment of experimental devices in research and development 【Benefits of Implementation】 - Improved product quality due to enhanced positioning accuracy - Reduced working time by eliminating manual stoppers and clamps - Suppression of defective products caused by misalignment - Enhanced stable operation and reliability of automation systems

• Other machine elements

To achieve high-precision motion in robotics, positioning accuracy and stability are critical challenges. Mirac Optical's "Self-Lock Stage SLX Series" is equipped with a patented self-locking mechanism that prevents micro-movements after position adjustment, enabling stable high-precision operation. 【Usage Scenarios】 - Accurate position control in automated transport systems - High-precision stage movement in inspection devices - Handling of fine components in research and development 【Benefits of Implementation】 - Improved work efficiency through enhanced positioning accuracy - Prevention of malfunctions and defective products caused by micro-movements - Achieving stable operation over long periods, enhancing reliability - Effective use of installation space

• Other machine elements

In precision machining, high positioning accuracy and stable fixation are essential. However, conventional dovetail stages have issues with micro-movements and positional shifts caused by stopper and clamp operations, which hinder machining accuracy. Mirac Optical's "Self-Lock Stage SLX Series" addresses these challenges by incorporating a patented self-locking mechanism, achieving high-precision machining. 【Usage Scenarios】 - High-precision component machining - Precise positioning in inspection processes - Tasks requiring long-term fixation - Work in limited spaces - Machining of complex shapes 【Benefits of Implementation】 By introducing the Self-Lock Stage SLX Series, various advantages can be expected, including improved machining accuracy, increased work efficiency, reduced working time, and decreased defective products.

• Other machine elements

In the manufacturing of electronic components, precise positioning is required. Mirac Optical's "Self-Lock Stage SLX Series" achieves high positioning accuracy by incorporating a patented self-locking mechanism. 【Application Scenarios】 - Inspection and measurement of precision parts - Positioning in automated lines - High-precision machining processes - Applications requiring long-term fixation 【Benefits of Implementation】 - Prevention of product defects due to misalignment - Improved work efficiency - Enhanced machining accuracy through precise positioning - Increased accuracy in inspection and measurement

• Other machine elements

Introducing the "Self-Lock Stage SLX Series," ideal for precise positioning adjustments of optical instruments. Traditional stages often face challenges such as micro-movements and positional shifts due to stopper or clamp operations, making high-precision adjustments difficult. The SLX series addresses these issues by incorporating a patented self-locking mechanism, achieving high positioning accuracy. 【Usage Scenarios】 - Adjustments of precision equipment such as optical microscopes, image recognition systems, and laser processing machines - Inspection processes requiring high-precision positioning - Experiments and measurements that need stable positioning for extended periods - Situations where installation in limited spaces is necessary 【Benefits of Implementation】 The self-locking mechanism prevents micro-movements and positional shifts, enabling high-precision positioning. This contributes to improved product quality, reduced inspection time, and enhanced work efficiency. Additionally, the elimination of stoppers simplifies operations, reducing the burden on workers.

• Other machine elements

In semiconductor manufacturing, high-precision positioning is essential. However, conventional groove-type stages can experience micro-movements and positional shifts due to stoppers, leading to decreased work efficiency and increased risk of product defects. The "Self-Lock Stage SLX Series" from Mirac Optical achieves high-precision positioning without micro-movement from the stopped position, thanks to its patented locking mechanism. 【Application Scenarios】 - Wafer transport and inspection processes in semiconductor manufacturing - Processing and assembly of precision components - Manufacturing processes for microdevices - Precision positioning in research and development - High-precision position control in automation systems 【Benefits of Implementation】 - Reduction in product defect rates due to improved positioning accuracy - Shortened work time by eliminating stopper operations - Increased work efficiency by preventing positional shifts from micro-movements - Enhanced product quality through high-precision positioning - Achieving stable positioning over extended periods

• Other machine elements

We would like to introduce an improvement case of a burr inspection jig used in the inspection process of a resin molding manufacturer. The challenge was that it was difficult to inspect due to hand shake since the workpiece was held by hand. To address this, we used an inclined stage to correct the tilt. Additionally, a work guide was attached to the inclined stage to allow for smooth changes of the holes being inspected. This enabled more stable inspections compared to the previous method of holding the workpiece by hand. [Case Overview] ■ Challenge - Difficult to inspect due to hand shake ■ Solution - Enabled more stable inspections compared to the previous method *For more details, please refer to the related links or feel free to contact us.

• Inspection fixture

We would like to introduce an improvement case of a gap width inspection jig used in the inspection process of a resin molding manufacturer. The issue was that the gap gauge did not move smoothly, resulting in poor workability. To address this, we attached a gauge holder with the gap gauge to a sliding operation type dovetail stage. This allowed for smooth sliding directly downward, improving workability. [Case Overview] ■ Issue - The gap gauge did not move smoothly, resulting in poor workability. ■ Solution - Workability improved as it could now slide smoothly and directly downward. *For more details, please refer to the related links or feel free to contact us.

• Inspection fixture

Here is an example of improvements made to the shaft assembly jigs used in the manufacturing process of an electric manufacturer. One of the challenges was that it was cumbersome to slide the position adjustment plate when changing the position of the sensor. To address this, we replaced the position adjustment plate X with a long stage. This eliminated the need to loosen or tighten the bolts that secure the position adjustment plate X, making it easier to change the sensor position. 【Case Overview】 ■Challenge - It was cumbersome to slide the position adjustment plate when changing the sensor position. ■Solution - Changing the sensor position became easier. - There was no longer any misalignment of the sensor position when tightening the bolts. *For more details, please refer to the related links or feel free to contact us.

• Assembly Jig

We would like to introduce an improvement case for a height adjustment jig for three points of parts used in the assembly process of a toy manufacturer. The challenge was that the workability for height adjustment of the three points on the top surface of the plate was not good. Therefore, we attached the assembly platform used during assembly to a rotating stage. This allowed for faster and smoother rotation compared to manually turning it as before, improving workability. 【Case Overview】 ■Challenge - Poor workability for height adjustment of the three points on the top surface of the plate. ■Solution - Improved workability by allowing for faster and smoother rotation. *For more details, please refer to the related links or feel free to contact us.

• Inspection fixture

Here is an example of an improvement made to the height inspection jig for leaf springs used in the press maker. The challenge was that changing the position of the gauge when the leaf spring changed was cumbersome. To address this, the gauge was mounted on a semi-order stage. It is no longer necessary to loosen or tighten bolts, making it easier to change the position of the gauge compared to before. 【Case Overview】 ■Challenge - The task of changing the position of the gauge when the leaf spring changes is cumbersome. ■Solution - Changing the position of the gauge has become easier. *For more details, please refer to the related links or feel free to contact us.

• Inspection fixture

We would like to introduce an improvement case of a jig that inspects the presence or absence of covers introduced in the assembly process of a home appliance manufacturer. The challenge was that changing the height of the photo sensor was taking too much time. Therefore, we installed the photo sensor on a skilled stage. When the type of case changes and height adjustment of the photo sensor is necessary, simply turning the handle of the stage allows for quick height adjustments. 【Case Overview】 ■ Challenge - Changing the height of the photo sensor takes too much time ■ Solution - Height adjustments can now be made in a short time *For more details, please refer to the related links or feel free to contact us.

• Inspection fixture

We would like to introduce an improvement case for a jig used to measure the thickness of workpieces in the inspection process of a metal processing manufacturer. The challenge was that it took a long time to position the sensor for measuring the thickness of the workpiece. To address this, we installed a length measurement sensor on the front lock stage. Unlike before, there is no need to loosen or tighten bolts, allowing for quicker positioning. 【Case Summary】 ■ Challenge - It takes time to position the sensor for measuring the thickness of the workpiece. ■ Solution - Positioning can now be done in a short time. *For more details, please refer to the related links or feel free to contact us.

• Inspection fixture

We would like to introduce an improvement case of the appearance inspection jig currently used in the inspection process of a metal processing company. The challenge was that the workability for moving the positions of the lighting and camera during the preparation for shooting was not good. To address this, we installed the lighting and camera on long stages. Since there is no need to tighten or loosen bolts as before, moving their positions has become easier, thus improving workability. [Case Overview] ■ Challenge - Poor workability for moving the positions of the lighting and camera during shooting preparation. ■ Solution - Improved workability for position movement. *For more details, please refer to the related links or feel free to contact us.

• Inspection fixture

We would like to introduce an improvement case for the outer diameter runout measurement jig used in the quality control department of a precision machinery company. The issue was that centering the workpiece was taking too much time. To address this, we adopted a stage that allows for movement along the X and Y axes and 360° rotation. This has enabled us to center the workpiece in a shorter time than adjusting the position by loosening bolts and moving the adjustment plate as done traditionally. 【Case Overview】 ■ Issue - Centering the workpiece was taking too much time. ■ Solution - We were able to center the workpiece in a shorter time than moving the adjustment plate by loosening bolts. - We also improved the accuracy of the outer diameter runout measurement. *For more details, please refer to the related links or feel free to contact us.

• Inspection fixture

We offer a unit equipped with an upright microscope on a high-performance, durable, and low-friction stage. The unit is compact and integrated, and it is also possible to combine the microscope with a USB camera. In addition to accommodating various customizations to meet your needs, we can also handle requests for small-scale production. 【Features】 ■ The microscope can be equipped with a combination of eyepiece and objective lens magnifications, allowing for a total of 16 different magnifications (x10 to x200). ■ By exchanging the eyepiece micrometer, it can be adapted for various applications such as measurement, inspection, alignment, and positioning. ■ It can be installed in a space-saving manner. * You can view materials introducing usage examples in the inspection process of plastic molding manufacturers from the "PDF Download."

• Other microscopes

"AI Hayabusa" is an "artificial intelligence image inspection system" that overcomes the weaknesses of conventional image inspection tools, which were primarily based on pattern matching. The appearance inspection robot "AI Robot," equipped with "AI Hayabusa," leverages the features of artificial intelligence and image processing to inspect various surface defects such as scratches, dents, bumps, fluff, and color unevenness that appear on inspection objects with curved or mirror surfaces. [Features] - Inspection using artificial intelligence + image processing - Supports online, offline, and embedded device applications - Image processing system for flat measurement, blob analysis/morphology, character recognition/verification, matching, and machine vision (shape identification) - Functions for 3D shape measurement, automatic classification, and barcode reading - Achieves many benefits, including a reduction in personnel to the level of skilled workers *We are currently offering a collection of case studies and product materials that introduce examples of defect judgments. You can view them via "PDF Download." Please feel free to contact us with any inquiries.

• Visual Inspection Equipment

The "Wire-Moving AI Camera System" collects data by photographing fields with a wire-moving AI camera and analyzes the conditions of the fields using agricultural AI image analysis software. It has a proven track record in tomato cultivation and solves various challenges faced in agricultural settings! ■ Features - Makes patrol work easier, allowing for early detection of pests and diseases. - Enables planning of work schedules by predicting harvest times. - Helps in identifying the causes of diseases and growth levels by recording image and sensor data, allowing for future countermeasures. * You can view it from "PDF Download." Please feel free to contact us. * We will also be exhibiting at FOOMA JAPAN 2022, so please come visit us!

• Visual Inspection Equipment

The "T-slot stage," which allows for a wide variety of combinations, has been enhanced with the addition of the 'SLX series,' which features a long stroke and does not require a stopper. It is equipped with a patented self-locking mechanism that stops the stage after position adjustment, eliminating concerns about micro-movements or positional shifts caused by manual stoppers or clamp operations. This product is ideal for applications that require high positioning accuracy for processing and inspection, as well as for situations where reliable long-term fixation is needed after position adjustment. 【Features】 ■ Stage movement can be performed using a hex wrench or hex screwdriver you have on hand ■ Slim design ■ Installation in directions other than horizontal is also possible ■ Available in single-axis and dual-axis types ■ New products for the T-slot stage are continuously being introduced! *For the series lineup, please refer to the details below. Feel free to contact us with any inquiries.

• Other machine elements

"AI Hayabusa" is an "artificial intelligence image inspection system" that overcomes the weaknesses of traditional image inspection tools, which have been challenged by the reliance on pattern matching. The appearance inspection robot "AI Robot," equipped with "AI Hayabusa," leverages the features of artificial intelligence and image processing to detect defects such as foreign matter contamination in food ingredients and processed products, as well as chipping and cracking in packaging. It also supports grade selection of food based on size, shape, and color, as well as quality assessment of cosmetic containers. By incorporating it into X-ray inspection devices and robots for foreign matter inspection in food, it can also be applied as the brain of the machinery. 【Features】 ■ Inspection using artificial intelligence + image processing ■ Supports online, offline, and device integration ■ Image processing systems for planar measurement, blob analysis/morphology, character recognition/verification, matching, and machine vision (shape identification) ■ Functions for 3D shape measurement, automatic discrimination, and barcode reading ■ Achieves many benefits, including reduction of personnel to the level of skilled workers *We are currently offering a collection of case studies and product materials that introduce examples of foreign matter and defect determination in food factories. You can view them via "PDF Download." Please feel free to contact us for inquiries.

• Visual Inspection Equipment

The "AI Robot" is an appearance inspection robot equipped with the automatic inspection system "AI Hayabusa," which features artificial intelligence and image processing. The multi-joint robot positions the camera head according to the workpiece, capturing fine defects with its optical system, while AI Hayabusa extracts and analyzes the defects in the images. In addition to detecting issues such as foreign matter contamination in processed products and chipping or cracking of packaging, it can also handle grade sorting of food based on scratches and color, as well as quality assessment of cosmetic containers. It enables the automation of appearance inspections and enhances traceability. 【Features】 ■ Can be integrated into existing lines such as conveyor lines and visual inspection lines ■ Exhibits high inspection accuracy and image analysis capability ■ Quickly and accurately determines OK/NG status ■ Detects defects in filled containers such as processed foods and cosmetics * We are currently offering a collection of case studies and product materials that introduce examples of foreign matter and defect judgment in food factories. You can view them via "PDF Download." Please feel free to contact us for inquiries.

• Visual Inspection Equipment

The Aritsu groove stage is a slide unit used for various positioning applications, from on-site work to equipment integration. Its smooth sliding performance, free from play in the guide and rack, is achieved through meticulous assembly by skilled craftsmen. It serves as a standard component for positioning applications, particularly in the FA field, and is widely utilized as a mechanical element in tools and fixtures. The Aritsu groove stage from Milacron is well-regarded for its diverse combinations, collectively referred to as the "Multi-Joint Stage®." 【Features】 ○ Excellent load-bearing capacity due to surface contact → Suitable for applications requiring quick movement over long strokes ○ Available in rack & pinion and lead screw types ○ High flexibility for rearranging different stages and various arrangements ○ Rack & pinion type → Equipped with a traditional pre-load adjustment feature since the company's founding → Allows fine-tuning of the sliding feel ○ Combining with measuring scopes or image recognition lenses enhances convenience *For more details, please download the PDF or contact us.

• Other processing machines

The major scope is an essential microscope for various industrial production, processing, and inspection processes. It is also a highly valuable product as a peripheral device that optically supports positioning and setting of machine tools, measuring instruments, and various devices. Compact and easy to use, it can be utilized for a wide range of applications, from visual inspection to monitor observation, image measurement, and digital camera photography. We offer a wide variety of models and accessories in detail, responding to diverse needs at low prices. 【Features】 - The optical system provides a bright and wide actual field of view with a completely upright image microscope. - Designed with a long working distance and parfocality suitable for industrial use (objective lenses 2× to 10×). - By simply replacing the eyepiece micrometer, it can accommodate various measurements, inspections, centering, and positioning. - The objective lens has a gold frame mechanism that allows for easy fine magnification correction. *For more details, please download the PDF or contact us.

• Microscope

This is an introduction to the "TV Macro Lens" from Milac Optical, viewed as an "easy-to-use tool" for image recognition, with a motto of simplicity and low cost. We propose lenses as affordable tools to assist in reducing costs for equipment installation and improving efficiency in everyday fieldwork. 【Features】 - Extremely low price compared to similar products from other companies - A variety of models with different working distances (W.D) available at the same optical magnification, allowing for selection based on application - A lineup of dedicated supports, stands, and lighting devices to enhance the functionality of the lenses *For other functions and details, please download the PDF or contact us.

• Other semiconductors

In the Hakodate region, there is a backdrop of "declining agriculture and fisheries" and a desire for "the creation of new industries." Globally, there are issues related to "environmental problems and food crises." Our company is working to make the region sustainable by integrating primary industries with AI and creating new industries. This includes the development of AI solutions, the establishment of integrated systems, and the implementation of the "Village AI Movement," which aims to compact the integrated systems for urban deployment. [Features] ■ Development of AI solutions: Enabling anyone to integrate through the use of AI ■ Establishment of integrated systems: Installing and demonstrating a prototype in Hakodate ■ Village AI Movement: Expanding integrated systems to municipalities nationwide ■ Urban package: Compacting integrated systems for urban deployment *For more details, please refer to the PDF materials or feel free to contact us.

• Image analysis software

This document summarizes frequently asked questions about the ant-groove stage, major scope, image recognition lenses, and air pit. It includes a variety of Q&A such as "What are the features and main applications of the ant-groove stage?" and "What is the movement amount per one rotation of the handle?" For any questions regarding our products or inquiries about custom orders, please feel free to contact us. [Contents] ■ Ant-groove stage (1) to (4) ■ Major scope (1) to (4) ■ Image recognition lenses (1) to (2) ■ Air pit (1) to (3) *For more details, please refer to the PDF document or feel free to contact us.

• lens

The "AI Robot" is an automatic inspection system equipped with the features of artificial intelligence and image processing, specifically designed for surface and mirror appearance inspection. The multi-joint robot positions the camera head according to the workpiece. The optical system captures fine defects, and AI Hayabusa performs defect extraction and image analysis. It can detect scratches, pinholes, dents, and blemishes, as well as variations in paint color. It accommodates a wide range of sizes, from small parts to automobile doors. 【Features】 ■ The automatic inspection system "AI Hayabusa" extracts defects and performs image analysis ■ Compatible with existing lines such as conveyor lines and visual inspection lines ■ Significantly improved inspection accuracy and image analysis capability ■ Fast and accurate OK/NG judgment *For more details, please refer to the PDF document or feel free to contact us.

• Articulated Robot

The "AI Robot" is an automatic inspection system equipped with "AI Hayabusa," which features artificial intelligence and image processing for visual inspection. The multi-joint robot positions the camera head according to the target object. The optical system captures fine defects, and AI Hayabusa performs defect extraction and image analysis. In addition to detecting chipping, cracking, holes, and foreign objects, it can also identify the browning, burning, and color variations of food, as well as printing inconsistencies on packaging. It can be applied to process management in manufacturing, production, and distribution, enhancing traceability. 【Features】 ■ The automatic inspection system "AI Hayabusa" extracts defects and performs image analysis. ■ Compatible with integration into existing lines such as conveyor lines and visual inspection lines. ■ Significantly improved inspection accuracy and image analysis capabilities. ■ Quick and precise OK/NG judgment. ★ This product will be exhibited at "FOOMA JAPAN" starting on July 9 (Tuesday). * For product details, please refer to the PDF document. Feel free to contact us with any inquiries.

• Articulated Robot

"AI Hayabusa" is a product that overcomes the weaknesses of traditional image inspection tools, which have been challenged by the limitations of pattern matching, through the use of artificial intelligence. In addition to various industries, it reduces the risk of human error in visual inspections in sectors such as food and pharmaceuticals, eliminates variability in judgment, and achieves high precision and speed. It can also systematize advanced and experiential tasks such as description and inference of the target. 【Features】 ■ Inspection using artificial intelligence and image processing ■ Compatible with online, offline, and embedded device applications ■ Image processing systems for flat measurements, blob analysis/morphology, character recognition/matching, and machine vision (shape identification) ■ Functions for 3D shape measurement, automatic classification, and barcode reading ■ Realizes many benefits, including a reduction in personnel to the level of skilled workers *For more details, please refer to the catalog. A "case study collection" is also available!

• Image analysis software

The "AI Robot" is an appearance inspection robot equipped with the automatic inspection system "AI Hayabusa," which features artificial intelligence and image processing. The multi-joint robot positions the camera head according to the workpiece. The optical system captures fine defects, and AI Hayabusa performs defect extraction and image analysis. In addition to detecting chips, cracks, and foreign matter in food, as well as packaging defects, it also supports inspections of browning, burning, and color variations. It can automate appearance inspections in processes such as processing, manufacturing, and distribution, enhancing traceability. 【Features】 ■ The automatic inspection system "AI Hayabusa" extracts defects and performs image analysis ■ Can be integrated into existing lines such as conveyor lines and visual inspection lines ■ Significantly improved inspection accuracy and image analysis capabilities ■ Quick and accurate OK/NG judgment * You can view case studies and product materials from the "PDF Download" section. Please feel free to contact us with any inquiries.

• Articulated Robot

"AI Hayabusa" is an inspection system that automates product inspection, which was previously done visually, using AI (automatic learning capabilities) and image processing. It enables speedy and stable judgments, capable of identifying fine scratches and other details. By increasing the amount of image data registered to the AI, it is possible to improve inspection accuracy. The system also accommodates inspections of complex-shaped parts and has a proven track record in various fields, including automotive parts, semiconductors, and food. [Features] - Cost reduction through labor-saving of visual inspections - Accurate NG detection by extracting feature quantities of the inspection target and comparing them with OK data - Contributes to improving yield rates by determining fine points that should be classified as good products - Improves quality variation caused by human error and differences in judgment criteria *We are currently providing materials that introduce ways to utilize this system in various fields such as manufacturing sites and food factories. The materials can be viewed immediately via <PDF download>.

• Image analysis software

"AI Hayabusa" is a product that overcomes the weaknesses of conventional image inspection tools, which have been challenged by the limited applicability of pattern matching, through artificial intelligence. It eliminates human errors and variations in judgment during visual inspections, achieving high precision and speed. It can also systematize advanced and empirical tasks such as description and inference of the target. An "AI Robot" equipped with this system has also been completed! It streamlines and enhances the appearance inspection of a wide range of products, from small parts like mobile phone cases to sizes like car doors. 【Features】 ■ Inspection using artificial intelligence and image processing ■ Supports online, offline, and device integration ■ Image processing systems for planar measurement, blob analysis/morphology, character recognition/verification, matching, and machine vision (shape identification) ■ Functions for 3D shape measurement, automatic classification, barcode reading, and more ■ Realizes many benefits, including a reduction in personnel to the level of skilled workers *For more details, please refer to the catalog. A "case study collection" is also available!

• Image analysis software

The "Slide Operation Type Dovetail Stage" is a high-precision dovetail stage that operates via sliding, excluding rack & pinion, feed screws, and handles. It requires no tools for sliding operation, is lightweight and slim for quick sliding, and is easy to operate. Additionally, by reducing the number of parts and assembly time, it can achieve cost reductions of up to 50%! It is effective for integration into inspection equipment and other applications. 【Features】 ■ A new concept that is handle-less and tool-less ■ Achieves cost reductions of 30-50% ■ 30-40% weight reduction compared to conventional models ■ Sliding blocks can be mounted from both the front and back sides *For more details, please download the PDF or contact us.

• Other machine elements