三明 Product Lineup

**Features** - 3D vision is designed to be ultra-compact and lightweight (1kg) with four models available. - Complex peripheral device integration is achieved completely without teaching. - Recognition, action, and gripping are determined and controlled according to the scene. - Equipped with numerous unique features to prevent missed picks and chocolate stalls. - Local setup can be completed in as little as one day. - Adding new varieties is easy. - High-performance 3D vision system prevents missed picks and chocolate stalls. - Capable of handling parts of various shapes. - 3D vision system with laser LED that withstands harsh environments. - Provides six-axis vertical articulated robots equipped with standard options for operation with Mujin controllers. - A dedicated robot hand is designed and manufactured for each project received. - Automatic return to origin. - No robot programming required (programming using a language is not necessary). - Industrial robots from various manufacturers (YASKAWA, FANUC, DENSO, etc.) can be selected. **Supported Robot Manufacturers** Yaskawa Electric / Fanuc / KUKA / DENSO / Universal Robots / ABB / Omron / Mitsubishi Electric / Kawasaki Heavy Industries / NACHI

The machine intelligence "MujinMI," which determines and controls recognition, action, and gripping according to the scene, automates even high-difficulty solutions completely without teaching. It is equipped with numerous unique features to prevent missed items and chocolate stops, ensuring fail-safe 3D robot picking. 【Features】 - Achieves complete teaching-less integration with complex peripheral devices - Local setup in as little as one day - Easy addition of new product types - Prevents missed items and chocolate stops with a high-performance 3D vision system - Capable of handling parts of various shapes - Equipped with a laser LED 3D vision system that withstands harsh environments - Provides 6-axis vertical multi-joint robots with standard options for operation with the Mujin controller - Designs and manufactures dedicated robot hands for each project received - Automatic return to the origin - No robot programming required (programming using a language is unnecessary) - Industrial robots from various manufacturers (YASKAWA/FANUC/DENSO, etc.) can be selected 【Supported Robot Manufacturers】 Yaskawa Electric/FANUC/KUKA/DENSO/Universal Robots/ABB/Omron/Mitsubishi Electric/Kawasaki Heavy Industries/NACHI

【Features】 - Complex peripheral device integration achieved completely without teaching - Automatically maximizes robot speed performance through optimal path calculation - Local setup in as little as one day - Easy addition of new varieties - High-performance 3D vision system prevents missed picks and chocolate stalls - Capable of handling parts of various shapes - 3D vision system with laser LED designed to withstand harsh environments - Provides six-axis vertical multi-joint robots equipped with standard options for operation with Mujin controllers - Custom robot hands designed and manufactured for each project received - Automatic return to origin - No robot programming required (programming using a language is unnecessary) - Industrial robots from various manufacturers (YASKAWA/FANUC/DENSO, etc.) can be selected 【Supported Robot Manufacturers】 Yaskawa Electric/FANUC/KUKA/DENSO/Universal Robots/ABB/Omron/Mitsubishi Electric/Kawasaki Heavy Industries/NACHI 【Points】 - Double-hand (dual-arm) capability - Separation of front and back - Palletizing - Input and output for processing machines - Design and manufacturing of peripheral devices such as alignment machines can also be accepted

We would like to introduce our "Robot Renewal Construction" services. Inspection and diagnosis can be performed based on the model and serial number of the robot and controller. We propose replacing aging robots with high-efficiency robots. Additionally, we can also propose automation of the upstream and downstream processes during robot renewal. By implementing DX, we can build WES and WCS. 【Features】 ■ Regular inspections of robots extend their lifespan ■ Battery replacement prevents data corruption ■ Robot renewal improves productivity *For more details, please download the PDF or feel free to contact us.

Building an AI model applicable to robot picking tasks Creating AI functionality to detect graspable positions from bulk work images with simple operations Utilizing AI to determine the positions for grasping workpieces enables the picking of irregular and transparent objects. The AI learns to determine grasping positions by converting bulk work images automatically generated by a simulator into images that closely resemble real ones. This significantly enhances picking accuracy when deploying the actual machine. Additionally, since the AI generation process can be completed on the simulator, the development time for AI can be greatly reduced, allowing for the rapid implementation of AI picking. 【Features】 ■ Data Creation: Automatically generating training data based on a small amount of real data ■ AI Creation: Completing the "Picking AI Model" in as little as half a day ■ AI Execution: Easily building a picking system with dedicated software ★ We provide dedicated software for the robots and cameras necessary for bulk picking. Customers only need to develop the AI model. * The robots supported are from Yaskawa Electric Corporation. Sankei Co., Ltd. is a distributor (trading company) of AI Cube Co., Ltd.

In the construction materials industry, there is a demand for improved efficiency and safety on site. Particularly in the transportation of heavy and diverse materials, reducing the burden on workers and maintaining work accuracy are crucial. Improper transportation can increase the risk of material damage and work accidents. The completely teachless 3D random picking robot autonomously determines and controls recognition, movement, and gripping according to the scene, thereby streamlining the transportation of construction materials. 【Usage Scenarios】 - Palletizing materials - Automated transportation of materials on site - Loading and unloading materials to and from processing machines 【Benefits of Implementation】 - Reduced burden on workers and improved safety - Decreased risk of material damage - Enhanced work efficiency

In the plastic molding industry, there is a demand for automatic extraction of molded products to improve production efficiency and reduce labor costs. In particular, the stable gripping and transportation of molded products with complex shapes or randomly arranged items without teaching significantly impacts the flexibility and operational rate of production lines. The fully teaching-free 3D random picking robot addresses these challenges by achieving teaching-free extraction of molded products through advanced recognition, motion, and gripping control. 【Application Scenarios】 - Extraction of molded products from molding machines - Picking of randomly arranged molded products - Handling of molded products with complex shapes 【Benefits of Implementation】 - Labor reduction through automation of molded product extraction tasks - Improved operational rate of production lines - Quick response to additional product types and layout changes

In the metal processing industry, the transportation of parts requires the handling of various shapes and materials accurately and efficiently. Particularly in processes such as loading and unloading to and from processing machines, as well as palletizing, the loss of parts or setup time can impact productivity. The fully teachless 3D random picking robot addresses these challenges by achieving optimal picking through advanced recognition, motion, and gripping control, allowing for autonomous decision-making. [Usage Scenarios] - Loading and unloading parts to and from processing machines - Palletizing tasks - Aligning parts - Transporting metal parts of various shapes and materials [Benefits of Implementation] - Labor reduction through automation of part transportation - Shortened setup times and increased productivity - Prevention of part loss and minor stoppages - Complex peripheral device integration achieved without teaching

In product picking operations at logistics warehouses, quick and accurate handling of a wide variety of products is required. Particularly, to efficiently pick products that do not have a consistent shape or arrangement, advanced recognition capabilities and flexible motion control are essential. Oversights and interruptions in work directly lead to a decrease in overall productivity. The "Fully Teachless" 3D Random Picking Robot addresses these challenges by autonomously determining and controlling recognition, motion, and gripping based on the scene, thereby achieving efficient and stable picking operations. 【Application Scenarios】 - Retrieving products from cardboard boxes - Picking products from shelves - Palletizing operations - Picking irregularly shaped items 【Benefits of Implementation】 - Labor reduction through automation of picking operations - Improved work accuracy and reduced errors - Increased work speed - Flexible response to the addition of product varieties

In the automotive parts manufacturing industry, there is a demand for the efficient and accurate supply of parts in various shapes and sizes. Particularly, to ensure stable operation of production lines and maintain quality, it is important to prevent parts from being missed and to avoid short stops, thereby achieving smooth supply. The completely teachless 3D random picking robot addresses these challenges by performing optimal picking through advanced recognition, motion, and gripping control, making autonomous decisions. This supports the automation and efficiency of the parts supply process. [Usage Scenarios] - Supply of pressed parts, die-cast parts, machine parts, etc. - Loading and unloading to and from processing machines - Transfer of parts between lines [Effects of Implementation] - Labor savings through automation of parts supply - Stable operation of production lines - Reduction of missed parts and short stops - Capability to handle diverse parts