RobCo
Robot cellShowroom Machine
Article number
90-0R0571
Category
Miscellaneous machine
Sub Category
Robot cell
Location
CNC Outlet Center
Briefly
Year of manuf.
2023
Control
Sonstige Robco no code
Technical specifications
Technical data
Model
Little Klaus
Load capacity
max. 5.0 kg
Reach
max. 1,000 mm
Degrees of freedom
5
Module configuration
2-1-2
Structure
BD116 - D86 - L116 400 - D86 - I86 - D86
Description
The "kleiner Klaus" robot cell from the Munich-based company Robco is characterised by its variable application options.
This model has a reach of 1,000 mm with a maximum load capacity of 5.0 kg and 5 degrees of freedom.
The configuration is based on a 2-1-2 scheme. If the requirements for your workpiece or material change, each individual component can be dismantled and replaced by the operator, e.g. to generate a higher load capacity or longer reach.
The components can be ordered directly from Robco, with a maximum load capacity of 40.0 kg and a maximum reach of 2,000 mm.
Another advantage of Robco automation solutions is the easy-to-operate control system. The robot arm can be operated entirely without programming knowledge using a tablet or your own laptop. The user can access a large number of predefined programme sequences.
This model has a reach of 1,000 mm with a maximum load capacity of 5.0 kg and 5 degrees of freedom.
The configuration is based on a 2-1-2 scheme. If the requirements for your workpiece or material change, each individual component can be dismantled and replaced by the operator, e.g. to generate a higher load capacity or longer reach.
The components can be ordered directly from Robco, with a maximum load capacity of 40.0 kg and a maximum reach of 2,000 mm.
Another advantage of Robco automation solutions is the easy-to-operate control system. The robot arm can be operated entirely without programming knowledge using a tablet or your own laptop. The user can access a large number of predefined programme sequences.
Demo machine – Subject to prior sale and error of technical data excepted