NACHI Fujikoshi 6-axis robot SRA100B-01 body weight 690kg

Introduction: NACHI Fujikoshi 6-axis robot MC50-01 with IP65 and IP67 specifications can be selected as options. Robots can greatly increase productivity in a variety of environmental conditions. Features: IP65 and IP67 specifications can be selected as options. At...

Introduction: With more than enough wrist torque and wide range of action, MC Heavy Loadable Series Robot has created a new era of heavy load handling. A simple structure without parallel connections and counterweights. It can be installed in a compact and confined area. In the robotic arm with a hollow structure, the simple built-in welding ...

Introduction: The 4-axis robot LP130F-01 has a wide working radius and effectively controls the interference space, enabling a compact and flexible body design Features: Able to operate in a wide range of motion, Freely configurable in a variety of shapes ...

Introduction: NACHI/Nachi Fujikoshi Robot EC06-5020-01 Product parameters Construction: Horizontal polyarticulation Hold the brakes J1, J2, J3: No brakes J4: Contains hugging brake Maximum range of motion J1 Gyration 1: ±2.44rad (±140°) ...

Introduction: NACHI/Nachi Fujikoshi 6-axis robot MC10L-01 Features: It can flexibly handle a wide variety of processes The range of action has been enlarged, and the waterproof and dustproof functions have been achieved. We can respond to a wide variety of work environments. Compact body. ...

Introduction: ST210TP robot is designed with high rigidity and vibration suppression control to achieve high speed of the robot. Thanks to the installation of the newly developed stamping arm, the working radius of the robot has been greatly expanded, and it can be applied to stamping spacing of up to 8 meters. Parts are transported in parallel at high speed. ...

Introduction: NACHI/Nachi Fujikoshi 6-axis robot SRA120EL enables the robot to achieve shorter cycle times. A lightweight, high-rigidity SRA that pursues speed and vibration control. In addition, the speed of the whole axis is increased, and the gas cutting operation time is shortened. As a result, productivity has been leapfrogged ...

Introduction: NACHI Fujikoshi EZ Series VING SLICER Robot EZ03V4-02 -4525 42kg Number of Joints: 4 EZ03 Series: Compact equipment: Space-saving is achieved by hanging installation. High-speed movement with the shortest path: Slim arms allow for high-speed ...

Introduction: NACHI/Nachi Fujikoshi 6-axis robot SRA166 enables the robot to achieve shorter cycle times. A lightweight, high-rigidity SRA that pursues speed and vibration control. In addition, the speed of the whole axis is increased, and the gas cutting operation time is shortened. As a result, productivity has been improved by leaps and bounds.

Introduction: Heavy object palletizing multi-purpose robot, with sufficient handling capacity, can be applied to the handling and loading of heavy objects such as beverages, bricks, resin or concrete materials; It can carry a weight of 400kg. 　　peculiarity The wrist is strong and powerful Take advantage of ample wrist power and easily ...

Introduction: The ES Series articulated robot can handle a wide range of fields, from small parts handling that requires high-speed operation to high-precision assembly work, and is equipped with a built-in robot piping path in the front shaft, and can be equipped with built-in wiring, piping, and robot mounting parts. ...

Introduction: NACHI/Nachi Fujikoshi Robot ST210CF-01 Features: The weight to be able to carry *It can handle 210kg, which is suitable for handling large panels. Improve work performance By achieving high speed and increasing stiffness, the cycle time is shortened, and the bending ...

Introduction: The final version of the SRA series of spot welding robots. By pursuing acceleration and shock absorption, we have been able to reduce cycle time by 30% (compared to our previous model) by promoting three factors: lightweight, high rigidity, and high-speed control, and dramatically improve productivity. The compact body allows for a higher ...

Introduction: NACHI Fujikoshi 6-axis robot SRA210-01A, 6-axis robot SRA166-01A, shorten the robot work cycle. SRA, a highly rigid robot that pursues speed and shock absorption. The 7-step increase in the speed of the whole axis is increased, and the gas cutting operation time is also shortened. Thus ...

Introduction: NACHI/Nachi Fujikoshi 6-axis robot MC10S-01 can flexibly handle a variety of C-sequences, which increases the range of motion and achieves high waterproof and dustproof functions (wrist and body). We can respond to a wide variety of work environments. Features: Flexible handling ...

Introduction: NACHI/Nachi Fujikoshi 6-axis robot CZ10-01 Features: NACHI's collaborative robot CZ10 with a slender arm has a wealth of user-friendly functions and structure. There is no need for a safety fence, and the threshold for installing robots is lowered, allowing for a wide range of applications. ...

Introduction: NACHI Fujikoshi 6-axis robot MC350-01, simple and compact non-connection structure, simple structure without parallel connection and counterweight, can be installed in a compact and narrow area, sufficient handling capacity and action stroke Features: With ample wrist torque ...

Introduction: NACHI/Nachi Fujikoshi 6-axis robot SRA133H-01, compared with the conventional ATrac, the J5 range of motion is expanded to +10°, the J6 range of motion is expanded to +5° (210kg can be handled), and the amount of linear motion can be increased by 20% Features: Raising outfitting cables, hoses ...

Introduction: NACHI/Nachi Fujikoshi 6-axis robot SRA133HL-01 is a hollow arm that simply installs welded cables and hoses to avoid interference with surrounding devices after the cable pops out, and makes the cable action stable and improves reliability through wrist movements Features: ...

Introduction: NACHI/Nachi Fujikoshi 6-axis robot SRA100 enables the robot to achieve shorter cycle times. A lightweight, high-rigidity SRA that pursues speed and vibration control. In addition, the speed of the whole axis is increased, and the gas cutting operation time is shortened. As a result, productivity has been improved by leaps and bounds.