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What makes him unique:
• Lightweight
• Easy to use
• Excellent performance
• Cost effective
• Versatile
€26.000,00
This product sold by vendor
Weight: 38 kg
Lifetime: 30000h
Ambient humidity: 25%-85%
Ambient Temperature: 0-45°C
Repeatability: ±0.1
Communication: CAN bus
Motor type: DC 48V
Axis movement:
J1 Axis Base: ±175°
J2 Axis Shoulder: ±175°
J3 Axis Elbow: ±175°
J4 Axis Wrist: ±175°
J5 Axis Wrist: ±175°
J6 Axis Wrist: ±175°
Control Box:
Communication: Ethernet, Modbus -RTU /TCP
Interface: SDK(Support C/C++/ Lua/Python) Support ROS API
Teach pendant:
IP classification: IP54
| Weight | 16 kg |
|---|---|
| Dimensions | 967,5 mm |
| # of Axes | 6-axes |
| Type of system | Collaborative |
| Payload (kg) | 16 |
| Reach (mm) | 967.5 |
| State of product | New |
| Country of origin | China |
| Country of shipment | China |
| Vendor | RB011-0164-AR |
| Application | Cobots, Robot, Screw driving applications, Spraying, Assembly, Material Handling, Pick & Place, Palletizing, Polishing |
| Industry | Aluminium, Plastics, Steel |
| Mounting | Floor-mounted, Ceiling-mounted, Wall-mounted |
| About Vendor | |
| Comments | Compliant with ISO 10218-1:2011 for interoperability Comply with EU CE certification, North American certification, Korea KCs certification, China CR certification:2001 |
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Assembly
Weight: 37 kg
Lifetime: 30000h
Ambiant humidity: 25%-85%
Ambiant temperature: 0-45°
Repeatability: ± 0.01 mm
Communication: CAN bus
Motor type: DC 48V
Axis movement:
J1 Axis Base: ±175°
J2 Axis Shoulder: ±175°
J3 Axis Elbow: ±175°
J4 Axis Wrist: ±175°
J5 Axis Wrist: ±175°
J6 Axis Wrist: ±175°
Control Box:
Communication: Ethernet, Modbus -RTU /TCP
Interface: SDK(Support C/C++/ Lua/Python) Support ROS API
Teach pendant:
IP classification: IP54
Assembly
Key features:
Weight: 45 Kg
Repeatability: ±0.02mm
Working range:
Axis 1 rotation: -170°/+170°
Axis 2 arm: -100°/+135°
Axis 3 arm: -120°/+156°
Axis 4 wrist: -200°/+200°
Axis 5 bend: -135°/+135°
Axis 6 turn: -360°/+360°
Assembly
Weight: 24 kg
Lifetime: 30000h
Ambient humidity: 25%-85%
Ambient temperature: 0-45°
Repeatability: ± 0.02 mm
Communication: CAN bus
Motor type: DC 48V
Axis movement:
J1 Axis Base: ±175°
J2 Axis Shoulder: ±175°
J3 Axis Elbow: ±175°
J4 Axis Wrist: ±175°
J5 Axis Wrist: ±175°
J6 Axis Wrist: ±175°
Control Box:
Communication: Ethernet, Modbus -RTU /TCP
Interface: SDK(Support C/C++/ Lua/Python) Support ROS API
Teach pendant:
IP classification: IP54
Loading
Key features:
Weight: 260 Kg
Repeatability: ±0.03mm
Working range:
Axis 1 rotation: -170°/+170°
Axis 2 arm: -95°/+155°
Axis 3 arm: -95°/+170°
Axis 4 wrist: -185°/+185°
Axis 5 bend: -135°/+135°
Axis 6 turn: -400°/+400°
Grinding
Key features:
Weight: 160 Kg
Repeatability: ±0.02mm
Working range:
Axis 1 rotation: -170°/+170°
Axis 2 arm: -85°/+150°
Axis 3 arm: -95°/+170°
Axis 4 wrist: -195°/+195°
Axis 5 bend: -135°/+135°
Axis 6 turn: -360°/+360°
Full System
Welding has come a long way since its inception, and the introduction of collaborative robots has completely revolutionized the industry. This 6-axis cobot is equipped with all the necessary components, including a wire feeder, robot welding table, teaching pendant, and an anti-collision welding torch and feeder holder. With just one controller and welding source, the setup makes welding operations both efficient and streamlined.
The added benefit of improved safety measures is particularly important in this field, where precision and caution are paramount. As technology continues to evolve, we can expect to see even more game-changing solutions emerge in the world of welding.
Testing & Measuring
Robot Components
The company is ready to build the complete gripper, either using the components out of our two systems (PreciGrip or channel nut) or by doing the construction additive, with laser welding technology. Two kinds of documentation are available. A simplified version or the DIN documentation, containing electric / pneumatic diagrams and the declaration of conformity.
Robot Components
KUKA linear units are translational motion units Linear units can be used to extend a robot?s work envelope or alternatively to move workpieces or tools within the work envelopes of a number of robots. This allows applications such as the tending of more than one machine or fixture, order picking from rows of pallets, or work on very large components. Control of the linear unit is integrated as a mathematically coupled axis in the robot controller, dispensing with the need for an additional controller.
Robot Components
The St?ubli automatic tool changer MPS 020 covers the entire range of customer-specific applications and convinces with its multifunctional use of technology. The very compactly constructed robotic tool changing system – designed for small payloads – is suitable for robots of all manufacturers and represents an extremely flexible solution. These tool changer has integrated media ducts and can be optionally equipped with data and energy transmission modules.
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