All products and services
151～180 item / All 183 items
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Mass production process exposure device "Fully Automatic Mask Aligner"
We offer sizes of 4 inches and 8 inches! It has high versatility compatible with round and square samples.
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Murabiyuwaa
It is possible to automatically detect and visualize even the smallest changes at the nanoscale without missing them!
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UV Nanoimprint Stepper
Supports 2 to 8-inch wafers! Equipped with high-precision alignment necessary for device fabrication!
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Wafer Edge Viewer "SIM-2300EG"
Equipped with recording function! Supports various wafers such as bonding, background grinding, and trimming.
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Customized Inspection Device "SIM 3000"
Supports large workpieces such as 300mm×300mm size! Customizable base model.
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Spray coater
3D resist coating compatible with MEMS devices! Miniaturization from water and low-viscosity liquids to high-viscosity liquids.
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Alignment System "Cuty-Aligner-Man"
Compatible with various applications! It solves complicated designs and allows for easy manual operation as is.
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Deburring finishing system "Parallel Link Type Deburring Robot"
[Sample Test in Progress] No need for safety fences or safety operation training! Compact and lightweight design allows installation on workbenches or desks! Easy initial setup for the deburring finishing system.
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【For Beverage Manufacturing】In-ground Low-floor AGV, Capable of Constructing Front and Rear Processes
Streamlining finished product shipping with a QR grid-type AGV that can be used in narrow aisles.
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【For Metal Processing】Low-profile AGV with Ingress Capability, Front and Rear Process Construction Possible
Streamlining material supply with a QR grid-type AGV that can be used in narrow aisles.
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Low-floor AGV capable of carrying 800/1000/1500 kg for logistics warehouses, etc.
Supporting picking operations with QR grid-type AGVs that excel in narrow aisles.
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[Printing Industry] Low-profile high-capacity AGV for seamless integration in front and back processes.
Efficient paper supply using QR grid-type AGVs that can be utilized in narrow aisles.
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Automobile and automotive parts: Low-floor type AGV with crawl-in design, capable of constructing front and rear processes.
Streamlining parts transportation with a QR grid-type AGV that can be used in narrow aisles.
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Low-floor AGV with infiltrating type for the construction materials industry, building both upstream and downstream processes.
For transporting building materials. QR grid-type AGV usable in narrow passages.
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Low-floor AGV "800kg/1000kg load capacity" capable of constructing front and rear processes.
QR grid-type AGV available for narrow aisles. It is also possible to build upstream and downstream processes such as picking and palletizing. [Capable of carrying 800kg and 1000kg]
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Under-vehicle (low-floor) AGV system 'Space-saving for narrow aisle compatibility'
This is a QR grid-type AGV with high travel accuracy, capable of operating in narrow aisles. It supports multiple units to maximize transport capacity (capable of carrying 800kg and 1000kg).
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Collaborative Robot Palletizing System [Sample Test Available]
This is a palletizing package that can be expanded through integration with upper-level systems. It is compatible with AGV/AMR and can facilitate communication integration and variety identification.
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Palletizing System [Collaborative Robot Palletizing] 20kg Load Capacity
Easy daily operations can be performed with a switch. The operation and display are designed to be user-friendly for field operators who are not familiar with robots.
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Collaborative Robot Palletizing System [30kg Load Capacity] Touch Panel
It is a palletizing system equipped with a 12-inch large touchscreen that supports a variety of work and allows for manual switching.
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Multi-species compatible collaborative robot palletizing system with a 30kg payload.
Easy operation with dedicated palletizing software and smart pendant. Simple creation of stacking patterns in a dialogue format and the ability to create new patterns.
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3D Random Picking Robot for Automotive Parts Manufacturing
Achieving automation of parts supply through autonomous decision-making based on the scene.
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3D Random Picking Robot for Logistics Warehouses
Efficiently streamline product picking with autonomous decision-making based on the scene.
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Fully Teachless 3D Random Picking Robot for Metal Processing
Efficiently transporting parts with scene-adaptive autonomous recognition, motion, and gripping control.
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Plastic Molding Teachless 3D Random Picking Robot
A 3D robot that autonomously judges and controls the extraction of molded products.
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3D Random Picking Robot for Construction Materials (Teachless)
A 3D robot that autonomously determines and controls the transportation of construction materials.
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Completely Teachless 3D Random Picking Robot
Autonomously determines and controls recognition, movement, and gripping according to the scene. This is a 3D robot picking system equipped with numerous proprietary technologies. *Palletizing is also possible.
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3D Random Picking Robot [Industry's Fastest Class] 3D Picking
By automatically optimizing the robot's maximum speed performance through optimal route calculation, we contribute to reducing tact time and cycle time.
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3D Random Picking Robot [Ultra-Compact IP65 Equivalent High Durability]
Proven to have the highest level of dust and water resistance, it can be used in processing sites with oil mist and in forging and casting sites with flying dust.
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Parallel Link Actuator "PRM Series"
The concept is "Anyone"! It is possible to establish a system that responds immediately to changes in production conditions.
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Easy programming with the point table function: 'Stepping Servo'
This is a stepping servo that has an encoder attached to the stepping motor, enhancing its precision to that of a servo motor. It can operate independently without the need for a higher-level controller.
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