因幡電機産業 Product Lineup

The MENOU AI development platform is an integrated development environment for no-code image inspection AI that does not require expertise in AI. 'MENOU-TE' features a unique capability to add flexible inspection criteria to the AI's output results. It can handle complex inspections and accurately detect subtle differences that were difficult to identify with traditional rule-based methods, significantly enhancing the reliability of quality control. 【Features】 ◇ Easy-to-use no-code AI development and operation tool 　・ An interface that allows inspectors to train the AI 　・ Standard features for classification, counting, defect detection, etc. ◇ Low-cost implementation 　・ Free initial verification 　・ Affordable runtime licenses ◇ Support for selecting imaging systems (cameras, lighting, etc.) 　・ Assistance in selection and implementation using optical know-how 　・ Proposals for AI add-ons to existing equipment ◇ Quantitative assessment of inspection variability using AI and rule-based methods 　・ Hybrid use of AI and rule-based systems without coding 　・ Quantitative settings for advanced inspections that humans perform unconsciously through visual observation.

• Image analysis software

The MENOU AI development platform is an integrated development environment for no-code image inspection AI that does not require AI expertise. With 'MENOU-TE', advanced appearance inspections can be achieved through GUI operations, even without AI expertise. Inspection settings that traditionally took AI engineers several months can now be completed by anyone in just a few hours. This significantly lowers the barrier to AI implementation without programming, strongly supporting the digital transformation of on-site operations. 【Features】 ◇ Easy-to-use no-code AI development and operation tools 　・ An interface that allows inspectors to train AI 　・ Standard features for classification, counting, defect detection, etc. ◇ Low-cost implementation 　・ Free initial validation 　・ Affordable runtime licenses ◇ Support for selecting imaging systems (cameras, lighting, etc.) 　・ Assistance in selection and implementation using optical know-how 　・ Proposals for AI add-ons to existing equipment ◇ Quantitative analysis of inspection variability using AI and rule-based methods 　・ Hybrid use of AI and rule-based systems without coding 　・ Quantitative settings for advanced inspections that humans perform unconsciously through visual checks.

• Image Processing Software

●容量2 kVA／3 kVAで高さ1Uサイズの業界最小クラスサイズを実現 　交流出力を必要とするあらゆる装置や評価設備の省スペース化・小型化に貢献 ●国際的な安全規格を全モデルで取得（IEC / UL / CSA / EN 61010-1） 　グローバルでの使用が可能 ●様々な環境、評価に適用できる幅広い入出力レンジ 　最大AC電圧350 VAC、DC電圧±500 VDC ●専用ソフト「Virtual control panel」で任意の波形生成、高調波解析が可能 ●5年間の長期保証

• Switching Power Supply
• power supply
• Power Supplies

By using the robots from Universal Robots, a pioneer in collaborative robots, such things can be realized. - Space-saving installation is possible, allowing for implementation in limited spaces. - An easy-to-use user interface makes programming simple. - A wide range of peripheral devices enables various automation solutions. Currently, there are seven models available in the arm size lineup. Please check the data sheet for detailed specifications. [Lineup] - UR3e - UR7e - UR12e - UR15 - UR16e - UR20 - UR30

• Other industrial robots

This is a light-cutting 3D line sensor that achieves stable 3D inspection with wide-range and high-density scanning. It is a high-performance model that is resistant to reflections and curved surfaces, capturing complex shapes without inconsistencies. ★ Stable inspection with wide field of view and high-density scanning With a high-density scan of up to 6500 points per line and a maximum field of view of 31mm, it can inspect a wide area with high precision all at once. It enables stable 3D data acquisition even at high speeds, making it ideal for inline inspection. ★ Optical design strong against reflections and slopes The telecentric optical system eliminates blind spots in the X direction. It allows for stable scanning without inconsistencies even on glossy surfaces and slopes. ★ Multi-sensor collaboration to accommodate large workpieces Multiple sensors can be networked together to inspect wide areas and complex shapes all at once. It flexibly accommodates inspections of next-generation products such as EV batteries and large electronic components.

• 3D measuring device

■ Design and Manufacturing of Transport, Assembly, and Packaging Equipment - Robots Utilizing SANYO Electric's servo systems and control technology, we achieve automation of production through handling, assembly, part attachment and detachment, dispenser coating, various inspections, and packaging using robots. - Loaders and Unloaders for Processing Machines We automate the transport and attachment/detachment of workpieces in conjunction with machine tools. Straight loaders and stockers can be installed later. - Forming Presses and Molding Machines Forming processes for parts and molding machines can be constructed with both electric and hydraulic control. ■ Design and Manufacturing of Production Guidance Systems and Automatic Inspection Machines - Production Guidance System – Supporting Assembly Work through DX Transformation This system aims to enable assembly work to be performed by "anyone," "without mistakes," and "efficiently," producing products of consistent quality. By following the work instructions displayed on the PC screen, work is standardized, preventing process skipping and forgetting tasks. - Image Processing and Automatic Inspection Devices We manufacture automatic inspection devices utilizing image processing technology and various sensors. ■ Manufacturing of Injection Molding Molds ■ Fluid Simulation & Measurement Support Services We provide advice on optimal airflow design and fan selection.

• Mold Design
• Assembly Machine
• Other industrial robots

■ Speed Frequency Response With the newly developed current control, the speed frequency response has been increased to 3.5 kHz. This improves the machining quality of mechanical devices. ■ Expansion of Output in High-Speed Range The maximum rotational speed of the servo motor has been increased to 6500 min-1. The application of high-speed operation and new PWM control expands the output range of the motor. ■ High-Resolution Encoder Encoders with a standard resolution of 23 bits and a maximum of 27 bits are available. Control suitable for high-resolution encoders is implemented, achieving high precision and stable positioning. ■ Improved Reliability and Maintainability By predicting the remaining lifespan of the holding brake during braking operations and optimizing the control of the inrush current prevention circuit, failures of the holding brake and electronic components are prevented. Additionally, monitoring the main circuit input voltage and detecting overvoltage in the control power supply is possible. This contributes to reducing downtime through early detection of abnormal causes. ■ Compact, Lightweight, and Energy-Efficient Compared to conventional products, the motor weight is reduced by up to 28%, and the amplifier weight by up to 5%, while the overall length of the motor is shortened by up to 22%. Furthermore, energy losses in the motor are reduced by up to 8%, in the amplifier by up to 22%, and brake power consumption by up to 44%.

• Servo motor

By using Kyocera Robotic Services, the following can be achieved: - Automation of irregular processes that were difficult to automate, as well as support for the automation of variant and variable production. - Reduction of implementation effort through the use of AI and support from manufacturer engineers. - Reduction of implementation costs through cloud and subscription services. Three features of Kyocera Robotic Services!! 1. Picking diverse workpieces Utilizing AI technology, we achieve bulk picking of various workpieces, including glossy items, translucent items, and very small items. 2. Custom AI model provision Kyocera creates and evaluates AI models optimized for recognizing and grasping customer-specific workpieces, and provides them accordingly. 3. No specialized knowledge required Kyocera produces the optimal AI model and supports operations after implementation, making it easy for customers new to automation to implement and operate.

• Other industrial robots

The Amazing Features of STC6000! 1. Increased Added Value With its high expression capability using a high-resolution display, remote monitoring and remote maintenance using PCs or tablets become easy, enhancing the added value of the device. 2. Space Saving The built-in DIO eliminates the need for space previously occupied by a PLC. 3. Simplified Wiring The configuration does not use a PLC, allowing for simplified cable wiring. 4. Reduced Development Work The collaboration between drawing and ladder logic reduces development work. - Parts, instructions, and variables can be placed using drag and drop - Centralized file management for drawing and ladder logic - Supports variables that can be freely renamed 5. High Connectivity It allows connection with a variety of control devices.

• controller
• PLC
• Display

Over 10,000 licenses implemented in 31 countries worldwide! Software based on management engineering helps improve issues in manufacturing sites♪ Main Features - Work Analysis... Supports the observation of the current state of the work site by visualizing operating rates and variances. - Comparative Playback... By comparing analysis results, it visualizes "where and how much" differences occur among workers, supporting education and technology transfer. - Stacking Table... A work simulation function that utilizes analysis results. By reviewing tasks for each process, it supports the distribution of work load and optimization of production lines. - Manual Output... Outputs procedure manuals and video manuals from analysis results. It reduces creation time, shortens training periods, and supports the development of organizations that can easily adapt to changes on-site. If the following phrases resonate with you, please contact us first! 'Productivity Improvement' 'Technology Transfer' 'Business Improvement' 'Standardization' 'Visualization' 'Cost Reduction' 'Video Education' 'Workplace Environment Improvement' 'Quality Control' 'Quantification' Regarding filming methods Examples: Action cameras, eye-tracking cameras, wearable cameras, smartphones, etc.

• Image analysis software
• Other measurement, recording and measuring instruments
• Distance learning/E-learning

INABA offers suitable solutions that are not bound by any specific manufacturer. We have compiled a book that addresses the challenges of automation in the field. As you consider automation, are you facing any of the following issues? - There are processes you want to automate, but you can't find a solution. - You can't envision automation with just robots or peripheral devices alone. - You are considering multiple options, but gathering information is time-consuming and cumbersome. INABA's solution book can help you solve the challenges mentioned above! [Contents] - Solutions for various fields such as assembly, inspection, and logistics are included. - A total of 28 solutions and case studies are featured. - Detailed information and catalog materials for each solution are available for download. *The solution book is currently available for free. For more details, please check the "Catalog Download."

• Other industrial robots

By using Soft Laro Robo, the following can be achieved: - Reduction of design man-hours as no dedicated design for fingers is needed to match the workpiece. - No need for setup changes as one hand can handle multiple workpieces. - Cost reduction as there is no need for a tool changer. Three features of Soft Laro Robo!! 1. Simple Design Easy setup without additional equipment like air. Simple installation with three screws on the back. *Please prepare a separate jig for connecting to the robot hand. 2. Improved Gripping Robustness The hand can be shared among various types of workpieces, eliminating the need for a tool changer. No dedicated design for each workpiece is necessary, leading to a reduction in design man-hours. 3. High Durability Design Achieved over 1 million grips in durability tests. High holding power confirmed even after durability testing.

• Other industrial robots

■ Integration of sequence control and motion control Supports a wide range of needs with a CPU lineup of up to 256 axes ■ Integration of safety Equipped with Safety over EtherCAT, allowing for the coexistence of sequence control and safety control ■ Integration of machine control and information communication - Equipped with global standard networks in the industry, EtherNet/IPTM and EtherCAT - Equipped with the communication protocol OPC UA, standardized as IEC 62541 (available on some models) - Database connection CPU units can directly store production process data to SQL database servers at high speed - Realization of preventive maintenance systems and quality traceability systems ■ Unified development environment from motion, safety to sensing The automation software Sysmac Studio complies with the international standard IEC 61131-3 Supports motion control function blocks compliant with PLCopen Contributes to reducing programming man-hours through the provision of Sysmac Library, which encapsulates Omron's extensive know-how into function blocks.

• PLC

Productivity Improvement: Significant increase in productivity by reducing the takt time of the conveyor line. Compact: Compacting equipment and shortening takt time through reverse operation of the slider and direct work on the slider. Freedom: High flexibility in line construction by using horizontal/vertical circulation and traverse units. Lineup: A wide range of products including SCARA robots, single-axis and Cartesian robots, and cameras. One manufacturer, one-stop solutions for various automation needs.

• others

Easy Teaching: By using collaborative robots with simple teaching, significantly reduce the teaching time for creating multiple programs. Lineup: A wide variety of options to accommodate various automation needs, regardless of application. Reliability: Providing high-quality, highly reliable robots through years of developed reliability technology. Contributing to reliable production processes with preventive maintenance and lifetime support and service first. Peripheral Devices: Proposing a complete set of peripheral devices, including safety equipment, hands, and cameras used with robots, tailored to customer requirements.

• others

Energy Saving: Contributes to energy conservation by reducing power consumption. Compared to air cylinders, the higher the operating rate, the more power consumption can be reduced. Easy High Performance: No programming required; it can operate with just data input. Speed, acceleration, and deceleration adjustments are possible, allowing for detailed settings with numerical values. Lineup: A variety of electric cylinders are available, allowing for the selection of the optimal electric cylinder tailored to the application.

• others

Anchorless: Equipped with casters, allowing operators to move it manually. It can accommodate multiple locations with high operational efficiency and return on investment. Space-saving: Proximity detection functions for people and objects, and collaborative mode ensure safe coexistence of work with humans, making it easy to introduce into existing facilities. High-precision recognition: With industry-leading 3D vision, there is no need for pre-registration of masters, and it automatically adapts to different sizes and stacking methods. *Catalog in preparation. If you need it urgently, please contact us.

• others

Versatility: Capable of handling various case unloading scenarios through the combination of high-performance vision sensors and trackless automated guided vehicles with arms. Speed: With a unique retrieval hand, it allows for simultaneous retrieval of multiple cases, and with the high-speed option, it can unload up to 800 boxes per hour. Others: In addition to de-vanning, it offers comprehensive automation solutions for various logistics tasks such as palletizing, depalletizing, and picking.

• others

Low Bed: By introducing AGVs, it is possible to reduce the replacement and modification of cage trolleys, thereby keeping additional investments in check. Super Heavy: We offer a wide range of options capable of carrying from 150kg to 6000kg, allowing us to propose the optimal transport trolley according to customer needs.

• others

Environmental Resistance: Capable of outdoor operation, ideal for transportation between buildings, and can run in light rain or puddles. *Water-resistant specification corresponds to IPX3. Contactless Charging: Equipped with a high-speed contactless charging device, enabling safe and fully automatic high-speed charging. Suitable for frequent charging methods, resulting in longer battery life. Flexibility: We can propose a "hybrid control method" that combines both "magnetic induction" and "laser induction" guidance systems.

• others

By using a multi-layer robot storage system, the following can be achieved: - Effective utilization of dead space, expanding storage capacity - Free transportation/storage of items without being constrained by their packaging - Reduction of human errors such as picking mistakes Three features of the multi-layer robot storage system! 1. Flexibility Since the shape of the items being transported/stored is flexible, it can handle various sizes and liquids that do not fit into dedicated cases. 2. Customization Provides usage tailored to business needs, allowing for combinations with other automated transport robots and devices. 3. Space-saving By layering storage space, it achieves approximately 1.5 times the storage area compared to traditional shelving that stores items on a flat surface.

• others

Diversity: A lineup of optimal automated warehouses tailored to the storage formats of customers, such as pallets and standard buckets. Space-saving: Achieving space efficiency through pallet storage that does not require aisles and high-density storage utilizing upper space. Transportation: Capable of automatic transportation of work not only for storage but also before and after inbound and outbound processes. *Catalog in preparation We sincerely apologize, but if you need assistance urgently, please contact us.

• others

Productivity: By collaborating with customer systems/equipment and providing custom solutions tailored to the on-site environment/materials, we achieve highly productive automation. Storage Efficiency: With a compact yet high-capacity automated warehouse, not only can work be automatically stored and retrieved, but we also solve various challenges in inventory parts management, achieving efficient and effective warehouse management.

• others

Productivity: By collaborating with customer systems/equipment and providing custom solutions tailored to the site environment/materials, we achieve highly productive automation. Storage Efficiency: With a compact yet high-capacity automated warehouse, not only can work be automatically stored and retrieved, but we also solve various challenges in inventory parts management, realizing efficient and effective warehouse management.

• others

Versatility: By automatically changing the work location according to the purpose, it is possible to flexibly recover from sudden changes in production plans. Flexibility: By using highly flexible tools, it is possible to broadly accommodate various processes.

• others

High Efficiency: When there are obstacles for the AMR, it performs avoidance maneuvers, regenerates the route to the destination, and enables efficient transportation. Multiple Unit Control: With advanced software, it is possible to manage up to 100 mobile robots simultaneously. It continuously monitors current positions, operational status, and availability to achieve optimal dispatch operations. Flexibility: A wide range of hardware is available, from small 60kg to a maximum of 1500kg payloads. Some models are compatible with cleanroom standards, and ESD-compliant models are also available for use in various environments.

• others

Innovation: Achieves a compact size of 650×950mm with a load capacity of 1000kg. The turning diameter is contained within 1200mm, minimizing equipment size. Scalability: Software is openly disclosed, allowing for easier expansion by users. Multiple AMRs and AGVs can be controlled by a single controller.

• others

Quality Improvement: Acquiring the spectral spectrum of the entire surface, capturing color variations within the surface to enhance inspection quality. No need for multi-point measurements like colorimeters, allowing for reduced labor costs. Easy Setup: Provides programming-free offline software and image processing functions for easy configuration. Advanced settings are also possible with inline software, accommodating various applications. Compact and Lightweight: Can be installed anywhere due to its compact and lightweight size. Can replace RGB cameras or be added to manufacturing lines, allowing for space-saving installation.

• others

High-speed and high-precision: The function that automatically follows the bright line of DECSYS and the function that follows the end effector movement speed of KAWASAKI robots to automatically output imaging triggers enable high-speed and high-precision curved surface inspection. Quality improvement: Visualizing issues through data collection and analysis to enhance quality.

• others

Wide range of applications: With a rich lineup, it accommodates a wide range of applications from micron-level high-precision measurements to over 2 meters in wide range.

• others

All-in-one: With the standard configuration of the 3D line camera and lighting combination, measurements can be taken on the same day it is received with the original software. Scalability: In addition to the standard configuration, we can design machines tailored to your needs, ranging from partial customization to full customization and line integration.

• others

High Quality: Equipped with a new control technology focused on improving the trajectory accuracy of linear and arc interpolation unique to Daihen, achieving high-quality welding and allowing for various welding methods to be selected. Easy: Designed for collaborative robots, it allows for intuitive operation, enabling programming without specialized knowledge. Capture images of the welding work, select the welding range/conditions, and create programs. Options: A wide range of options is available to accommodate various work environments and support small-batch production of diverse products.

• others

Easy Setup: Easily configurable with high compatibility for drivers certified by robot manufacturers. Traceability: It is also possible to build a traceability environment through the combination of devices.

• others

Simple: A simple assist mechanism controlled by air pressure, eliminating the need for complex settings. Easy to set up due to ground installation. Custom: Customizable payload, axis configuration, and chuck mechanism according to the work and application.

• others

Space-saving: Installation area: 3,100×1,100mm (representative dimensions including 2 pallets), achieving automation of palletizing. Easy operation: No need for complex program creation for packaging; all operations can be performed via a touch panel.

• others

Hardware: With a wide range of camera options, it is possible to consider the optimal camera according to work size and material, from small to large. Stable 3D data acquisition is achievable even with traditional challenges such as stray light, reflections, and black surfaces. Software: No-code programming allows for setup without specialized knowledge. Recognition that includes AI (deep learning) processing overcomes traditional challenges. Compatibility: A library is available with 39 major robot manufacturers and approximately 1,000 types of robots. Path generation with multiple robots is possible.

• others

Lineup: A rich variety of industrial robots and collaborative robots that cater to the automation of various machines and processes, regardless of application. Pre-validation: We can take your workpieces for verification and testing before implementation. Reliability: We provide high-quality, highly reliable robots through reliability technology cultivated over many years. Preventive maintenance contributes to a highly reliable production process with lifetime maintenance and service-first approach. Peripheral devices: We offer a complete set of peripheral devices, including safety equipment, hands, cameras used with robots, as well as conveying equipment like conveyors and AGVs/AMRs, tailored to meet customer requirements.

• others

Reinstallation: Casters/adjusters can be switched using a foot pedal, significantly reducing the effort required for reinstallation. Easy teaching: By using a collaborative robot that is easy to teach, the teaching time for creating multiple programs is greatly reduced.

• others

Optimal proposal: Depending on the process of consideration and your requirements, it is possible to introduce the most suitable machine/line with full customization, ranging from semi-automatic to fully automatic.

• others

High Precision: By combining Epson's unique "Gyroplast Technology" with robot control, we achieve high-speed and high-precision servo control. Precision: By integrating force sensors with robots, we enable the automation of difficult and precise tasks that previously relied on human labor. Options: With a wide range of options such as image processing systems and parts feeders, we provide a one-stop solution for the equipment necessary for automation.

• others

◆Power factor can be obtained with just the clamp, and active power can be measured◆ This is achieved with SIRC's patented sensor through a unique measurement method that is completely different from CT! ◆Field work requires only the clamp◆ There is no need to operate equipment or stop power! No power supply to the sensor is required, making it stress-free! *The sensor's battery lasts about 3 years, and there is also an external power supply type available. ◆Also for detecting heater disconnections◆ This is realized by utilizing the detection of power factor anomalies! ―――――――――Product Configuration――――――――― ◆Cloud System◆ IoT Power Sensor Unit >>> Cloud Gateway >>> SIRC Cloud ◆On-Premises System◆ IoT Power Sensor Unit >>> Gateway with Data Logger >>> PLC/HMI The Bluetooth communication distance from the power sensor to the gateway is about 100m if the line of sight is clear, and there are many cases of reception at several tens of meters even in typical factories! The gateway with a data logger supports Modbus TCP communication! Therefore, it has very high compatibility with touch panels, PLCs, etc.! There are also various other communication protocols available!

• Sensors
• Other Sensors
• Power Monitoring Equipment

□ All-in-One A compact unit that integrates AI processing, image processing, camera, lighting, and lens. □ Easy Equipped with AI that allows for on-site learning and inference with simple settings. Easy to learn with just a few dozen good quality image data. □ Ready-to-use inspection applications included Includes applications such as AI inspection apps, general inspection apps, and work support inspection apps, allowing for immediate inspection by simply selecting and setting.

• Color camera
• Image Processing Equipment
• Image Processing Software

Aren't you collecting necessary parts while looking at a paper picking list? Such picking processes often come with the following complaints: - There is variability in accuracy depending on the worker. - Picking efficiency is poor and the speed is slow. - Mistakes are unavoidable. - You want to consider digital picking, but the implementation effort is high. For those in manufacturing and logistics facing these issues, we present the system: 'Smart Picking for FA'♪ ―――What is Smart Picking for FA? When you read picking information with a barcode, it references the linked part information and master data on a control PC, outputting the extraction position and quantity to a product called an answer kit. *For more details, please refer to the system configuration diagram in the brochure. ―――What’s great about Smart Picking for FA! ★ Since it is a packaged software for picking, speedy implementation is possible! The package can also be customized to meet your desired specifications! ★ Easy wiring! There is no need to wire each one to the display (answer kit)! We also offer a wireless type!

• Display
• Other process controls
• others

Visual inspection has transitioned from qualitative assessments by human eyes to quantitative assessments by inspection machines. 【Benefits of Introduction】 - Establishment of an optimized inspection environment - Product transportation is done manually, while inspection is automatically determined - Inspections can be easily performed even by those without expert skills - Improvement of manufacturing processes through the retention of inspection history - Reduction in capital investment costs ★ Easy operation for anyone from various settings to starting inspections Just press the operation button and set the inspection work! After that, KENTABLE-J automatically performs the pass/fail judgment. ★ One machine supports multiple product inspections! Typically, one inspection machine is required for each product type, which can lead to high capital investment costs. KENTABLE-J can accommodate multiple product types with just one machine, significantly reducing the introduction costs. *Up to 8 product types can be set.

• Image Processing Equipment

We are currently offering materials that teach the basics of implementing AI image inspection without failure. [Contents] - What is AI image inspection? - Benefits of implementation - Steps to implement AI image inspection - Recommended AI image processing products This material is useful for a wide range of people, from those specifically considering the implementation of AI for image inspection to those who have just started gathering information or are curious about what products are available. Not sure where to start... Unsure about how to select equipment and worried if this is really the right choice... Considered AI image inspection in the past but gave up because there was no one who could use it... Implemented AI image inspection, but it became a black box, only belonging to the engineers... The catalog also introduces products that solve such concerns! Of course, we can assist with selecting AI image processing software, as well as optical equipment like cameras and lighting, with the help of INABA's dedicated image inspection SEs! Additionally, we have SEs for robotic systems and IoT on-site, enabling proposals for problem-solving from multiple directions. Please make use of this for your consideration of automating visual inspections!

• Image Processing Equipment
• Image Processing Software
• Other image-related equipment