True to their claim “strong, fast, simple”, Kassow Robots develop and produce uniquely efficient industrial collaborative lightweight robots with 7 axes. Despite their large reach, Kassow Robots are extremely powerful, fast and suitable for use in small spaces. The technology is based on a novel design of both robot controller, user interface and arm mechanics. It has been developed by a team lead by Kristian Kassow, who, in his previous start-up years ago, was also responsible for other ground-breaking designs in the field of robotics.
KR810 - The impressive combination of high payload, reach and speed.
Technical Specs
- Reach: 850mm in all directions
- Payload: 10 kg
- Weight: 23.5 kg
- Dimensions: 130x130 mm
- Joint Speed: 225 deg/second
KR1018 - The compact powerhouse for particularly heavy loads.
Technical Specs
- Reach: 1000mm in all directions
- Payload: 18 kg
- Weight: 34 kg
- Dimensions: 160x160 mm
- Joint Speed: 170 / 225 deg/second
KR1205 - The multi-tool with a large reach and a small footprint.
Technical Specs
- Reach: 1200mm in all directions
- Payload: 5 kg
- Weight: 25 kg
- Dimensions: 130x130 mm
- Joint Speed: 225 deg/second
KR1410 - The flexible all-rounder with a large reach.
Technical Specs
- Reach: 1400mm in all directions
- Payload: 10 kg
- Weight: 35 kg
- Dimensions: 160x160 mm
- Joint Speed: 170 / 225 deg/second
KR1805- The elegant king of reach.
Technical Specs
- Reach: 1800mm in all directions
- Payload: 5 kg
- Weight: 38 kg
- Dimensions: 160x160 mm
- Joint Speed: 170 / 225 deg/second
7 Axes for More Flexibility and Lower Costs
All Kassow Robots are "lightweight articulated robots" - i.e. robots with a single arm and rotating joints. Depending on a risk analysis, they can be used directly in industrial production with minimal or even no additional safety measures.
What makes Kassow Robots special? Unlike other robot manufacturers whose portfolios usually feature only six-axis models, they exclusively make robots with 7 fully controlled axes. These 7 axes give you much more flexibility, as they enable the robot arms to far better replicate the movement of a real human arm.
This means that Kassow Robots can not only move an object in a straight line from point A to point B, but can also follow a curved path at a specified speed. This offers real advantages, for instance when it comes to tasks such as welding, painting, gluing, or where particular maneuverability is required.