三明 Product Lineup

In the building materials manufacturing industry, a stable supply of materials and improved work efficiency are required. In particular, the transportation of heavy and long items, as well as movement between multiple processes, often faces challenges such as labor shortages, increased workload, and the resulting decline in productivity. In response to these challenges, our all-directional mobile AMR combined with collaborative robots achieves autonomous material transportation and automation of multiple processes, contributing to increased productivity. We also offer proposals for AGV/AMR combined with fixed collaborative robots/industrial robots. 【Utilization Scenes】 ■ Transportation of materials (building materials, components, etc.) within factories ■ Automated transportation between manufacturing lines ■ Inbound and outbound operations in warehouses 【Effects of Implementation】 ■ Labor savings through the automation of material transportation ■ Reduction of workload and improvement of safety ■ Increased productivity due to shortened lead times ■ Adaptation to layout changes through flexible route modifications

• Other industrial robots
• Transport and handling robots
• Articulated Robot

In the metal processing industry, there is a demand for efficient transportation of finished products and automation of tasks on the production line. In particular, the movement of heavy or complex-shaped products tends to pose challenges such as increased burden on workers and the risk of damage during transportation. Additionally, securing flexible transportation routes in limited spaces is also important. Our new AGBOT addresses these challenges by combining robots and unmanned transport carts to automate the movement of finished products between processes and machines. We also offer proposals for AGV/AMR combined with fixed human-collaborative robots and industrial robots. 【Usage Scenarios】 ■ Transportation of finished products to the next process or shipping area within the factory ■ Safe and reliable movement of heavy or irregularly shaped finished products ■ Efficient transportation route securing in limited spaces 【Benefits of Implementation】 ■ Reduction of workload and improvement of safety in finished product transportation ■ Decrease in the risk of product damage due to reduced transportation errors ■ Increased efficiency of the production line through flexible route settings

• Other industrial robots
• Transport and handling robots
• Articulated Robot

In the automotive manufacturing industry, the stable supply of parts and efficient transportation on the production line are essential for improving productivity. In particular, transporting parts in complex layouts or limited spaces increases the burden on workers and carries the risk of production delays due to transportation errors. Our new AGBOT achieves high-precision positioning through camera measurement and omnidirectional movement with omni-wheels, addressing these challenges. 【Usage Scenarios】 ■ Supply of parts to the production line ■ Movement of parts between processes ■ Transportation of finished products 【Benefits of Implementation】 ■ Labor savings through automation of parts transportation ■ Reduction of takt time and improvement in productivity ■ Reduced burden on workers and enhanced safety ■ Adaptation to layout changes through flexible route adjustments We also offer proposals for AGV/AMR combined with fixed collaborative robots/industrial robots.

• Other industrial robots
• Transport and handling robots
• Articulated Robot

The new mobile collaborative robot "New Type AGBOT" is equipped with Daihen's AMR "AiTran" and Yaskawa Electric's collaborative robot "MOTOMAN-HC10." By combining the robot with an unmanned transport cart, it autonomously performs inter-process and inter-machine transport, automating multiple processes such as assembly and the input/output of jigs. It achieves high-precision positioning of the robot by autonomously judging, measuring, and correcting the error in the AMR's stopping position. The omni-wheels enable omnidirectional movement, contributing to reduced lead times. Additionally, there is no need for safety fences or magnetic tape, and route changes are easy. With the automatic power supply function of Daihen's wireless charger "D-Broad," it can operate unmanned even during nighttime operations. 【Features】 ■ Continuous operation for 24 hours with a contact charger (wireless compatible) ■ Safety ensured by the use of a collaborative robot ■ ATC can be installed *Customization available ■ Stable control of the robot regardless of the AMR's stopping accuracy ■ The robot can move at speeds of up to 84m/min ■ Flexible system integration 　→ Coordination with existing AGVs/AMRs and proposals for dedicated WCS systems are also possible 　　*Proposals for standalone AGVs/AMRs are also accepted.

• Other industrial robots
• Transport and handling robots
• Articulated Robot

We propose the mobile collaborative robot "AGBOT," which is equipped with the Yaskawa Electric collaborative robot "MOTOMAN-HC10" and the Nidec Drive Technology (formerly Nidec Sankyo) AGV "S-cart." By combining the robot with an unmanned transport cart, it autonomously performs inter-process and inter-machine transport, automating multiple processes such as assembly and the input/output of jigs. The robot achieves high-precision positioning by autonomously judging, measuring, and correcting the error in the AGV's stopping position. The non-tracked AGV eliminates the need for safety fences and magnetic tape, making route changes easy. With the automatic power supply function of the Daihen wireless charger "D-Broad," it can operate unmanned even during nighttime operations. 【Features】 - Moves the robot at a maximum speed of 60 m/min - Ensures safety by adopting a collaborative robot - Capable of mounting an ATC (Auto Tool Changer) *customizable - Can stably control the robot regardless of AGV stopping accuracy - Equipped with a storage shelf on the back that can hold up to 50 kg - Can control multiple AGBOTs with server functionality (Wi-Fi) - Can interface with existing processing machines through an I/F box

• Other industrial robots
• Transport and handling robots
• Articulated Robot

The "BA100/160/200" is a manual double-sided mask aligner that achieves high positional accuracy patterning on both the top and bottom sides. In addition to the desktop models "BA100" for 4-inch wafers and "BA160" for 6-inch wafers, there is also a standalone model "BA200" for 8-inch wafers. Furthermore, the alignment accuracy is ±2μm on the top side and ±5μm on the bottom side. 【Specifications (excerpt)】 ■ Wafer size: 4in/6in/8in ■ Exposure light source intensity distribution: within ±5% ■ Exposure resolution ・Soft contact: L/S 3μm ・Hard contact: L/S 1μm *For more details, please refer to the PDF document or feel free to contact us.

• Wafer processing/polishing equipment

We would like to introduce the "Semi-Automatic Mask Aligner" handled by Sanmei Corporation. This product is a semi-automatic exposure device for mass production of various types, with an exposure light source that maintains an illumination distribution within ±5%. It can perform automatic gap adjustment, manual alignment, automatic contact exposure, and automatic transport in a streamlined process. Please feel free to contact us for more details. 【Specifications】 ■ φ4in φ6in φ8in specifications ■ Top-side alignment ■ Bottom-side alignment *For more details, please refer to the PDF document or feel free to contact us.

• Other conveying machines

We would like to introduce our mass production process exposure equipment, the "Fully Automatic Mask Aligner." It achieves a simple structure at a low cost. It has high versatility compatible with circular and square samples. We offer the "ALA410" for 4-inch size and the "ALA810" for 8-inch size. 【Features】 ■ High versatility (compatible with circular and square samples) ■ Reliable spherical bearing parallel mechanism ■ Achieves low cost with a simple structure ■ Available in Φ4in, Φ6in, and Φ8in specifications ■ CToC automatic transport *For more details, please refer to the PDF document or feel free to contact us.

• Other semiconductor manufacturing equipment

The "Murabiyuwa Series" changes the common sense of inspection. It is a new sensation scope that allows you to confirm "invisible and hard-to-see" defects in a "clear and vivid" manner. It enables visual inspection and evaluation of nano-sized fine polishing marks, orange peel, scratches remaining on the surfaces of glass, crystal, sapphire, and fine grain patterns and crystal defects inside, leading to improved management of surface roughness, setting of polishing conditions, and significantly enhancing yield after deposition.

• Visual Inspection Equipment

We would like to introduce our "UV Nanoimprint Stepper." It uses a roll transfer method with large resin molds, allowing for simultaneous full-area transfer. Additionally, we offer a heating mechanism as an optional extra, with high-precision transfer pressure control. 【Features】 ■ Compatible with 2 to 8-inch wafers ■ High-precision alignment necessary for device fabrication ■ High-precision transfer pressure control ■ Optional heating mechanism *For more details, please refer to the PDF document or feel free to contact us.

• Printing Machinery
• Commercial printers

The "SIM-2300EG" is a wafer edge viewer equipped with recording functionality. In today's processes where wafer thinness is required, it allows for monitoring of the wafer edge conditions, such as "chipping" and "cracking" during back grinding, as well as "foreign material adhesion" and "misalignment" during bonding. It features a high-precision mechanical wafer size changer and alignment function, enabling continuous recording of the top and bottom surfaces and sides of the edge, as well as dimension measurement and binary display. 【Features】 ■ Supports wafer sizes from 4 inches to 12 inches ■ Equipped with a high-precision mechanical wafer size changer and alignment function ■ Compatible with various wafers including bonding, back grinding, and trimming ■ Enables continuous recording of the top and bottom surfaces and sides of the edge, as well as dimension measurement and binary display *For more details, please refer to the PDF document or feel free to contact us.

• Visual Inspection Equipment

The "SIM 3000" is a base model of a customizable inspection device that can be tailored to meet various customer requirements. It automatically detects foreign objects, defects, scratches, and unevenness at a size of 1μm. Equipped with both micro and macro inspection units, it can accommodate various inspections and, with its multifunctionality, allows for inspection reviews and verification of processing areas, enabling the construction of a system tailored to the customer's objectives. 【Features】 ■ Supports large workpieces such as 300mm x 300mm ■ Automatically detects foreign objects, defects, scratches, and unevenness at a size of 1μm ■ Capable of generating highly accurate mapping data and defect lists ■ Various functions can be customized according to customer requests ■ Equipped with micro and macro inspection units *For more details, please refer to the PDF document or feel free to contact us.

• Visual Inspection Equipment

The "Spray Coater" can handle liquid chemicals from low to high viscosity and can be applied to fine uneven surfaces. Thanks to the spray nozzle capable of fine particle generation, it can form a uniform film on inclined surfaces, cavities, trench structures, and other areas that are difficult to coat with conventional spinners. It is also suitable for applications that require uniform spraying of liquid chemicals, such as anti-reflective coatings, onto glass materials. 【Features】 ■ Capable of coating fine uneven surfaces ■ Compatible with liquid chemicals from low to high viscosity ■ Supports film thickness from a few micrometers to several hundred micrometers ■ Suitable for three-dimensional resist coating and MEMS devices *For more details, please refer to the PDF document or feel free to contact us.

• spray

"Cuty-Aligner-Man" is a standalone system that manually operates a UVW axis stage for alignment. It solves complicated designs and allows for easy manual operation as is. The operation method involves moving in the XY direction using a "joy stick" and controlling rotation in the θ direction using a "rotation knob." Additionally, an optional Z-axis can be added, making it compatible with various applications, so please feel free to consult us. 【Features】 ■ Operation Method ・ Movement in the XY direction using the "joy stick" ・ Control of rotation in the θ direction using the "rotation knob" ■ The "joy stick" and "rotation knob" can be used simultaneously ■ Speed settings include "high speed," "low speed," and "step" ■ Precise movement to the target position is possible *For more details, please refer to the PDF document or feel free to contact us.

• Other process controls
• others

"Bari-motion" is a deburring finishing system that allows for easy contour processing by applying tools with a consistent pressure through a maximum extension and contraction of 10mm. It can accommodate various materials as well as surface burrs, back burrs, contours, and complex shapes. Additionally, using a computer tool or touch panel, anyone can easily perform teaching through intuitive operation. 【Features】 ■ Three types of easy teaching - Direct teaching - JOG teaching - Multi-touch teaching ■ Program editing function The taught program can be adjusted numerically on a detailed editing screen, and editing in Excel is also possible. ■ Versatility to accommodate various tools ■ Compatible with various deburring finishes - Proven track record with grinder robot systems *Sample test costs will be charged. *For more details, please refer to the catalog or feel free to contact us.

• Other processing machines
• Other cutting tools
• Other industrial robots

It can operate without a higher-level controller by using dedicated software. By using servo control, it provides high-precision feedback of position and speed information, enabling high-precision positioning and smooth operation without loss of steps. During operation, it moves steadily through servo control. When stopping, it combines servo control and stepping control to stop at the targeted position without hunting. Due to the absence of hunting, there are many successful applications in tabletop inspection machines. As shown in the related video on this page, the completion signal for positioning is sent from the driver to the camera, allowing for simple inspections using only the Si servo 3 and the camera. 【Features】 - No micro-hunting when the motor is stopped - Ultra-high-speed motor rotating at up to 6000 rpm (0.3N type) - All models are equipped with a 10,000 pulses/rev encoder - Motors available from 0.05N to 2.0N types - Industry's smallest class driver, about the size of a business card - Nine types of motor lineup - Capable of standalone operation with point table function *For more details, please refer to the PDF document or feel free to contact us.

• Stepping motor
• Stepping motor
• Servo motor

It can operate without a higher-level controller by using dedicated software. By using servo control, it provides high-precision feedback of position and speed information, enabling high-precision positioning and smooth operation without loss of steps. The dedicated software can be downloaded from our company website, where the latest parameters have been added, allowing you to utilize a wealth of features. Functions such as "servo tuning," "basic functions," "torque limit function," "origin return and jog," "input branching," and "normal branching" are categorized by application, allowing easy access to the necessary parameter groups. A new "auto-tuning" dedicated screen has been added to achieve time-saving tuning. The amplifier is equipped with a USB port, allowing direct connection to a computer for teaching on the computer. The programming capacity is 256 lines, enabling various motion specifications such as "acceleration/deceleration time," "waiting time," "S-curve," "loop (repetitive motion)," "M code," "torque settings," "movement amount," and "speed." * The point table function can be used when a higher-level controller is not needed. * For more details, please refer to the PDF documentation or feel free to contact us.

• Stepping motor
• Stepping motor
• Servo motor

The Si servo3 is a stepping servo of the smallest class in the industry. It provides high-precision feedback of position and speed information through servo control, enabling high-precision positioning and smooth operation without losing steps. During operation, it moves steadily through servo control. When stopped, it halts at the targeted position without hunting, thanks to the combination of servo control and stepping control. 【Features】 ■ Operates without a higher-level controller by using dedicated software ■ Ultra-high-speed motor that rotates at up to 6000 rpm ■ Equipped with a 10,000 pulses/rev encoder in all models ■ Motors available in types ranging from 0.05N to 2.0N ■ Industry's smallest class driver, about the size of a business card ■ Nine types of motor lineup ■ Capable of standalone operation with point table function 【Adoption Results】 Used in universities for testing machines, tabletop machines, small devices, image processing devices, tabletop inspection devices, and transport devices. Ball screw actuators are also available. This is a low-cost, high-precision stepping servo. *For more details, please refer to the PDF materials or feel free to contact us.

• Stepping motor
• Stepping motor
• Servo motor

The "PRM Series" is a parallel link that provides an actuator-like feel and is easy to use. It is compact and lightweight, allowing it to be used immediately as a workspace on a desk. There is no need to pay special attention to legal compliance issues such as installing safety fences, appointing a safety management officer, or thoroughly educating on safe operations, as is required with robots. Additionally, if you implement safety measures according to the usage situation, anyone can easily handle tasks such as teaching and operation. 【Features】 ■ Anyone can easily perform teaching tasks ■ Capable of building a system that responds immediately to changes in production conditions ■ Operable via both computer and touch panel ■ Standard equipped with auto-calibration function *For more details, please refer to the PDF materials or feel free to contact us.

• Assembly robot
• Other industrial robots
• others

In the beverage manufacturing industry, efficient and safe transportation is required in the finished product shipping process. In particular, working in limited spaces and responding to small-batch production of various types can pose challenges. In response to these challenges, low-floor AGVs achieve smooth transportation through high-precision travel using QR codes, reducing turning radius, and optimizing aisle width. Lineup with capacities of 800/1000/1500 kg [Usage Scenarios] - Transportation to the finished product palletizing area - Automatic supply to the shipping line - Support for picking operations within the warehouse [Benefits of Implementation] - Reduction of lead time in shipping operations - Resolution of labor shortages and reduction of workload - Flexible response to layout changes

• Trolley
• Trolley
• Transport and handling robots

In the metal processing industry, there is a demand for reducing the burden on workers and improving productivity in the supply of materials to processing machines. In particular, the transportation of heavy materials and the accurate supply to processing machines are crucial factors that influence work efficiency and safety. Low-floor AGVs provide an efficient and safe material supply solution to address these challenges. Lineup capable of carrying 800/1000/1500 kg [Usage Scenarios] - Supply of materials to machining centers and presses - Transportation of processed parts - Flexible response to layout changes within the factory [Effects of Implementation] - Reduction of worker burden and improvement of safety - Increased productivity through automation of material supply - High-precision transport management in real-time

• Trolley
• Trolley
• Transport and handling robots

In logistics warehouses, efficient picking operations and smooth coordination with subsequent processes such as palletizing are required. Improving work efficiency in limited spaces is a crucial issue directly linked to productivity enhancement. Our low-profile AGV can operate safely and efficiently even in narrow aisles by traveling with high precision while reading QR codes. It contributes to building a series of workflows from supporting picking operations to transporting to the next process. 【Usage Scenarios】 - Transporting from the picking area in the warehouse to the packing and shipping area - Moving products during inventory checks - Streamlining inbound and outbound operations 【Benefits of Implementation】 - Reduced burden on workers by decreasing travel distances - Labor-saving through the automation of transport operations - Improved work accuracy and reduced errors

• Trolley
• Trolley
• Transport and handling robots

In the printing industry, the stable supply of paper is a crucial factor directly linked to production efficiency. In particular, smooth coordination between transportation in limited spaces and multiple processes is required. An inadequate transportation system can lead to production line stoppages and increased burdens on workers. Low-floor AGVs address these challenges with high-precision navigation using QR codes and excellent maneuverability in narrow aisles, optimizing the paper supply process. Lineup with capacities of 800/1000/1500kg 【Usage Scenarios】 - Supplying paper to printing machines - Picking paper from pallets - Transporting finished products - Responding to layout changes within the factory 【Benefits of Implementation】 - Labor reduction through automation of transportation tasks - Improved operational efficiency of production lines - Effective use of workspace - Reduced burden on workers

• Trolley
• Trolley
• Transport and handling robots

In the automotive manufacturing industry, a stable supply of parts on the production line and efficient use of workspace are required. In particular, transporting parts in limited spaces is a significant challenge for improving productivity. Low-floor AGVs achieve smooth parts transportation even in narrow aisles through high-precision navigation using QR codes and a reduced turning radius, contributing to the efficiency of the production line. Lineup with capacities of 800/1000/1500kg [Usage Scenarios] - Parts supply between production lines - Loading parts onto completed vehicles - Replenishing parts from the warehouse to the line [Benefits of Implementation] - Labor reduction through automation of transportation tasks - Flexible response to layout changes in the production line - Effective use of workspace

• Trolley
• Trolley
• Transport and handling robots

In the construction materials industry, it is essential to transport heavy components safely and efficiently. In particular, the movement of materials within manufacturing lines and warehouses is a critical issue directly linked to reducing the burden on workers and improving productivity. An inadequate transportation system can increase the risk of work delays and accidents. Low-floor AGVs can transport components weighing 800kg or 1000kg, demonstrating high travel accuracy even in narrow aisles, and supporting the construction of upstream and downstream processes. Lineup capable of carrying 800/1000/1500kg [Usage Scenarios] - Transportation of construction materials between lines within factories - Picking and transporting materials within warehouses - Upstream and downstream processes of palletizing operations [Benefits of Implementation] - Reduced burden on workers due to the transportation of heavy items - Improved work efficiency through optimized transportation routes - Easy layout changes using QR codes

• Trolley
• Trolley
• Transport and handling robots

We offer trolleys that can carry approximately 800kg / approximately 1000kg (1 ton). While traveling, the system reads QR codes affixed to the floor at regular intervals with a camera, achieving high travel accuracy through visual recognition. The AGV can make a 90° turn while holding a shelf, which reduces the turning radius, and advanced group control allows for mutual yielding control, leading to a reduction in aisle space. [Key Points] Our company can manage the entire AGV system, including palletizing robots, depalletizing robots, machining centers, conveyors, appearance inspection robots, deburring machines, various robots, processing machines, and collaboration with machine tools. Additionally, we also sell the AGV + human collaborative robot "AGBOT." [Features] - A unique control algorithm that enables group control of several to 100 units, maximizing transport capacity. - Easy layout changes with QR code attachment and map registration. - Self-positioning information estimated from QR code reading and motor rotation speed is sent from the AGV to the system, allowing for real-time high-precision monitoring. *At Sanmei Co., Ltd., we also offer proposals for AGVs/AMRs other than the "mujin QR grid type AGV."

• Trolley
• Trolley
• Transport and handling robots

CoboPal Touch is a palletizing system that uses Yaskawa Electric's collaborative robots. Equipped with a 12-inch large screen touch panel, it offers: - Easy operation with large buttons - Clear visibility of stacking conditions at a glance - Simple variety switching via the touch panel These features are possible. 【Hand Lineup (Example)】 - Cardboard box suction - Multiple box simultaneous suction - Bag body suction - Pail can suction - Container gripping - Folding container gripping - Styrofoam box gripping - Plastic case gripping 【Features】 - Easy operation - Simple functions - Low investment cost - Ideal for production lines of the same product 【Compatible Workpieces】 Cardboard boxes, containers, one-gallon cans, bags, etc. 【Compatible Hands】 Suction type, gripping type *DX function applications are available as additional options.

• Palletizer
• Articulated Robot
• Transport and handling robots

This is a low-floor type AGV with a QR code system that can be used in narrow passages. We offer models capable of carrying up to 800 kg and up to 1000 kg (1 ton). It travels by reading QR codes affixed to the floor at regular intervals with a camera, demonstrating high travel accuracy through visual recognition. The AGV can make a 90° turn while holding a shelf, which reduces the turning radius, and advanced group control allows for yielding control, leading to a reduction in aisle space. Additionally, the compact layout allows for a significant increase in effective production area. 【Features】 - A unique control algorithm that maximizes transport capacity by enabling group control of several to 100 units. - Easy layout changes with QR code attachment and map registration. - Self-positioning information estimated from QR code reading and motor rotation speed is sent from the AGV to the system, allowing for real-time high-precision monitoring. 【Points】 Our company can also build the upstream and downstream processes for AGVs, including collaboration with palletizing and depalletizing robots, as well as visual inspection robots. *At Sanmei Co., Ltd., we also offer proposals for AGVs/AMRs other than the "mujin QR grid type AGV."

• Trolley
• Transport and handling robots
• Other conveying machines

CoboPal2 Smart is a palletizing system that uses Yaskawa Electric's collaborative robots. It comes standard with a tablet-type programming pendant called "Smart Pendant" and the palletizing application "PalletBuilder." ◆ Easily create stacking patterns in a dialogue format ◆ Capable of creating new patterns ◆ Operate by selecting products and stacking patterns 【Compatible Work】 Cardboard boxes 【Compatible Hand】 Suction type 【Number of Registered Variants】 1000 There are numerous automation achievements in logistics warehouses and food factories. * A DX function application is available as an additional option.

• Palletizer
• Articulated Robot
• Transport and handling robots

CoboPal Lite is a palletizing system that uses a 20kg portable collaborative robot manufactured by Yaskawa Electric. 【Standard Equipment】 - Robot 4-piece set (manipulator, control panel, power supply cable, pendant) - Robot stand - Standard hand 【Features】 - Easy operation with a button switch - Simple functionality - Visualization and notifications through a signal tower 【Compatible Work】 Cardboard boxes 【Compatible Hand】 Suction type We have numerous automation achievements in logistics warehouses and food factories. *DX function applications are available as additional options.

• Palletizer
• Transport and handling robots
• Articulated Robot

CoboPal2 Pro is a palletizing system that uses Yaskawa Electric's collaborative robots. Through integration with PLCs: ◆ Communication integration and variety identification Communicates variety information with peripheral devices and palletizes by variety without setting ◆ Automatic transport with AGV/AMR Communicates palletizing information to higher-level devices and automatically transports pallets to the warehouse after stacking ◆ Measurement while transporting A robotic hand that can weigh while transporting, achieving space-saving and reduced work time ◆ Digitalization of production information Monitors production status in real-time, achieving paperless and digitalization 【Compatible Workpieces】 Cardboard boxes, containers, one-gallon cans, bags, etc. 【Compatible Hands】 Suction type, gripping type There are numerous automation achievements in logistics warehouses and food factories.

• Palletizer
• Articulated Robot
• Transport and handling robots

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

• Transport and handling robots
• Picking robot system
• Articulated Robot

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

• Transport and handling robots
• Picking robot system
• Articulated Robot

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

• Transport and handling robots
• Picking robot system
• Articulated Robot

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

• Transport and handling robots
• Picking robot system
• Articulated Robot

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

• Transport and handling robots
• Picking robot system
• Articulated Robot

【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

• Transport and handling robots
• Picking robot system
• Articulated Robot

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

• Transport and handling robots
• Articulated Robot
• Picking robot system

**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

• Palletizer
• Transport and handling robots
• Picking robot system

**Features** - Driving method tailored to the site Equipped with a laser scanner and multiple obstacle sensors, it automatically avoids people and obstacles while transporting goods. *Not only guide-less driving but also line tracing using a camera is possible. - Intuitive operation for easy setup Quickly start setup using your smartphone, tablet, or computer. Customers can also configure layout and work content changes themselves. - High versatility/flexibility Can be used for applications such as inventory management robots with RFID readers through upper attachments. - Compact design With dimensions of 450mm in width, 450mm in depth, and 300mm in height, it is space-saving. *Depending on options, it may be possible to transport over 30kg. **Points** Keigan Co., Ltd. is a technology trading company headquartered in Shimizu-ku, Shizuoka City. With branches and sales offices nationwide, we cover the entire country. We also have group companies for software and hardware, allowing us to propose solutions for upstream and downstream processes (2D picking, 3D picking, palletizing, visual inspection, etc.) as well as WCS and WES. KeiganALI is a product of Keigan Co., Ltd. and is sold by Sumitomo Heavy Industries, Ltd.

• Trolley
• Transport and handling robots
• Other conveying machines

The AI-equipped AMR "AiTran400" is a product that features a unique design technology with omni-wheels, enabling movement in all directions—forward, backward, sideways, diagonally, and rotation in place. It can also be integrated with upper systems to work with elevators and automatic doors. 【Features】 ◆ Control of multiple units allows for priority setting ◆ Factory layouts can be registered as CAD data on the server Teaching or changing travel routes is easy with tablet operation ◆ High-precision positioning within ±5 to 20mm ◆ Automatically slows down and stops when detecting obstacles in the direction of travel ◆ Automatically generates routes when a destination is specified Can reconsider routes and detour when detecting people or obstacles not on the map Sanmei Co., Ltd. is an authorized distributor (trading company) of Daihen.

• Trolley
• Other FA equipment
• Transport and handling robots

The AI-equipped AMR "AiTran700" is a product that features a unique design technology with omni-wheels, enabling movement in all directions, including forward, backward, sideways, diagonally, and pivoting in place. It can also be integrated with upper systems for coordination with elevators and automatic doors. 【Features】 ◆ Multiple unit control allows for priority setting ◆ Factory layouts can be registered on the server using CAD data Teaching or changing travel routes is easy with tablet operation ◆ High-precision positioning within ±5 to 20mm ◆ Automatically slows down and stops when detecting obstacles in the direction of travel 【Work Items】 Molded products, molds, machine parts, automotive parts, processed parts, pallets, transport boxes, bags, cardboard boxes, etc. 【Industries】 Logistics warehouses, pharmaceutical factories, cosmetic factories, etc. 【Upstream and Downstream Processes】 Appearance inspection, deburring processing, palletizing, random picking (3D picking), conveyors, processing machines, machine tools, etc. Sanmei also sells robot + AGV systems. https://www.ipros.jp/product/detail/2000800706 Sanmei Co., Ltd. is an authorized dealer (trading company) of Daihen.

• Trolley
• Other FA equipment
• Transport and handling robots

The AI-equipped AMR "AiTran1000" is a product that enables movement in all directions—forward, backward, sideways, diagonally, and rotating in place—thanks to its uniquely designed omni-wheel technology. It can also be integrated with upper systems for coordination with elevators and automatic doors. 【Features】 ◆ Capable of carrying 1 ton, ideal for transporting heavy items ◆ Allows for priority setting through multi-unit control ◆ Factory layouts can be registered on the server using CAD data Teaching or changing travel routes is easy with tablet operation ◆ High-precision positioning within ±5 to 20mm ◆ Automatically slows down and stops when detecting obstacles in the direction of travel 【Work Items】 Molded products, molds, machine parts, automotive parts, castings, sheet metal, processed parts, pallets, returnable containers, bags, cardboard boxes, etc. 【Industries】 Logistics warehouses, pharmaceutical factories, cosmetic factories, etc. 【Pre- and Post-Processes】 Appearance inspection, deburring processing, palletizing, random picking (3D picking), conveyors, processing machines, machine tools, etc. Sanmei also sells robot + AGV systems. https://www.ipros.jp/product/detail/2000800706 Sanmei Co., Ltd. is an authorized distributor (trading company) of Daihen.

• Trolley
• Other FA equipment
• Transport and handling robots

The AI-equipped AMR "AiTran Lift" determines its route using map information and scanning data, automatically generating paths and avoiding obstacles. It autonomously generates a movement route from the map information with just the destination specified, calculating the optimal route without the need for teaching the travel path. 【Features】 ◆ Equipped with unique omni-wheel technology, allowing movement in all 360° directions, making it easy to navigate narrow passages and save space. ◆ Capable of carrying loads up to 1 ton. ◆ Strong performance on slopes and in grooves. ◆ Features a wireless charger for automatic recharging. ◆ Integrates with existing production management systems. ◆ Collaborates with equipment and devices such as elevators, shutters, and processing machines. ◆ Constantly monitors the surroundings with safety laser scanners while in motion. If an obstacle is detected in the direction of travel, it safely slows down and stops automatically. If the obstacle is removed within a set time, it resumes operation automatically. *It is also possible to automatically avoid obstacles. ◆ Reads factory 2D CAD data to create the maps necessary for travel. The factory layout is managed and registered on a PC using CAD data, allowing for offline map creation and registration without moving the cart. Sangmei Co., Ltd. is an authorized distributor (trading company) of Daihen.

• Trolley
• Other FA equipment
• Transport and handling robots

Sanmei Co., Ltd. is a technology trading company headquartered in Shizuoka. We can propose all aspects of system development and software construction (SIer) through our group companies. "Numerous achievements in WCS automation." **Features** - Equipped with omnidirectional wheels using proprietary technology, allowing movement in all 360° directions. Easy to navigate narrow aisles and pass through tight spaces, saving space. - Capable of carrying loads up to 1 ton. - Strong performance on slopes and in grooves. - Automatic charging enabled by a wireless charger. - Integration with existing production management systems. - Collaboration with equipment and devices such as elevators, shutters, and processing machines. - Constantly monitored for safety with a safety laser scanner during operation, automatically decelerating and stopping when obstacles are detected in the direction of travel. If the obstacle is removed within the set time, operation resumes automatically. *It is also possible to automatically avoid obstacles. **Work** Molded products, molds, stainless steel, plastics, machine parts, automotive parts, processed parts, castings, iron, plastic bottles, cardboard boxes, returnable containers, pallets, etc. **Industry** Logistics warehouses, factories, etc. **Pre- and Post-Processes** Visual inspection, deburring processing, palletizing, depalletizing, 3D random picking, etc.

• Trolley
• Other FA equipment
• Transport and handling robots