Used collaborative robot in England, United Kingdom

EC66 - 6 AXIS COLLABORATIVE ROBOT

• Manufacturer: Elite
• Load capacity: 6 kilogram

EC66 - 6 Axis Collaborative Robot These robots offer excellent value for money and are ideal for lightweight handling and assembly operations and for integration into a human environment. The EC66 Collaborative R...

EC63 - 6 AXIS COLLABORATIVE ROBOT

• Manufacturer: Elite
• Load capacity: 3 kilogram

EC63 - 6 axis Collaborative Robot These robots offer excellent value for money and are ideal for lightweight handling and assembly operations for integration into a human operator environment. The EC63 Collaborat...

EC612 - 6 AXIS COLLABORATIVE ROBOT

• Manufacturer: Elite
• Load capacity: 12 kilogram

EC612 - 6 Axis Collaborative Robot These robots offer excellent value for money and are ideal for medium weight handling and assembly operations for integration into a human operator environment. The EC612 Collab...

Hanwha HCR-12 Collaborative Robot

• Manufacturer: Hanwha
• Load capacity: 12 kilogram

With a large working radius it’s perfect for picking and placing heavy products, making it ideal for loading and unloading. Machine Features Optimal use of space Collision detection (25~150NM) Joint rotation limi...

Hanwha HCR-5 Collaborative Robot

• Manufacturer: Hanwha
• Load capacity: 5 kilogram

With a reach of 915mm (the equivalent of an average person’s arm), it can help your team improve existing applications and increase productivity Machine Features Optimal use of space Collision detection (25~150NM...

Hanwha HCR-3 Collaborative Robot

• Manufacturer: Hanwha
• Load capacity: 3 kilogram

The small lightweight cobot, HCR-3 is idea for narrow spaces that are tricky to reach by an operator. It benefits from infinite rotation on the end joint and is ideal for screw driving and assembly applications M...

WEST PCR PALLETIZING COLLABORATIVE ROBOT

The WEST PCR has been designed to be a compact palletizing solution for end of line packaging. Palletizers are larger in size and a lot less flexible. The use of a collaborative robot in this case has reduced the...