Dress pack per robot brand · Reiku
Dress pack for Kassow cobots
7 series and 7 versions from Kassow Robots are in the dress pack configurator, with 5–40 kg payload and 850–1,800 mm reach according to the manufacturer. Choose your robot and build the protective hose, clamps, holders and retraction system per axis. Our robot division checks the package on your robot and tool.
Hose advice Ø 29 mm- Series
- 7
- Versions
- 7
- Payload
- 5–40 kg
- Reach
- 850–1.800 mm
Series
All series from Kassow Robots
Payload and reach per series according to the manufacturer. The hose size follows from the robot's class; you adjust it in the configurator.
- KR810
KR810
- Payload
- 10 kg
- Reach
- 850 mm
- Hose
- Ø 29
- KR1018
KR1018
- Payload
- 18 kg
- Reach
- 1.000 mm
- Hose
- Ø 29
- KR1205
KR1205
- Payload
- 5 kg
- Reach
- 1.200 mm
- Hose
- Ø 29
- KR1240
KR1240
- Payload
- 40 kg
- Reach
- 1.200 mm
- Hose
- Ø 29
- KR1410
KR1410
- Payload
- 10 kg
- Reach
- 1.400 mm
- Hose
- Ø 29
- KR1805
KR1805
- Payload
- 5 kg
- Reach
- 1.800 mm
- Hose
- Ø 29
- KR1824
KR1824
- Payload
- 24 kg
- Reach
- 1.800 mm
- Hose
- Ø 29
Versions
All Kassow cobots at a glance
| Model | Series | Payload | Reach | Axes | Hose | Configure |
|---|---|---|---|---|---|---|
| KR1205 | KR1205 | 5 kg | 1.200 mm | 7 | Ø 29 | Configure |
| KR1805 | KR1805 | 5 kg | 1.800 mm | 7 | Ø 29 | Configure |
| KR810 | KR810 | 10 kg | 850 mm | 7 | Ø 29 | Configure |
| KR1410 | KR1410 | 10 kg | 1.400 mm | 7 | Ø 29 | Configure |
| KR1018 | KR1018 | 18 kg | 1.000 mm | 7 | Ø 29 | Configure |
| KR1824 | KR1824 | 24 kg | 1.800 mm | 7 | Ø 29 | Configure |
| KR1240 | KR1240 | 40 kg | 1.200 mm | 7 | Ø 29 | Configure |
Per class
Hose size and parts per class
The configurator classifies each robot by payload and suggests a hose size for it. Below, per class, what is available in that size.
Cobot
Ø 29 mm7 versions from Kassow Robots fall into the Cobot class (collaborative robots) with 5–40 kg payload. For these the configurator suggests a protective hose of Ø 29 mm.
KR1205 · KR1805 · KR810 · KR1410 · KR1018 · KR1824 · KR1240
Solutions
- Cobot package
Available in Ø 29 mm
- Protective hose
- PARAB, PA 12, flexible · PURRB, PUR, extremely flexible
- Clamp
- nylon closurePASSB-29K
- Clamping jaws
- Clamp jaw set, holding
- End fixing (axis 6)
- Tool end fixing
Featured
From light to heavy
Each button opens the configurator with that version already selected.
- LightestKR12055 kg
5 kg payload, 1,200 mm reach, class Cobot: hose advice Ø 29 mm.
Configure this robot - HeaviestKR124040 kg
40 kg payload, 1,200 mm reach, class Cobot: hose advice Ø 29 mm.
Configure this robot - Largest reachKR18051.800 mm
5 kg payload, 1,800 mm reach, class Cobot: hose advice Ø 29 mm.
Configure this robot
Assembly
What is in a dress pack?
A complete package runs from the base to the tool. With a base or upper-arm package, the parts that are not needed are left out. A cobot gets a light hose with clamps along the arm, without a retraction system.
- 01
Protective hose
Corrugated hose for the cables and hoses to the tool. Absorbs abrasion, kinking and spatter.
- 02
Rotary flange on axis 1
Holder on a rotating flange, so the package rotates 360° with the base of the robot.
- 03
Clamp on axis 3
Clamp with clamping jaws that guide, hold or let the hose slide through on the upper arm.
- 04
Retraction system
A spring that pulls excess hose back when the robot moves in, so no loop is left hanging.
- 05
Ball joint
Let the hose move along at an angle at the wrist, where axes 4 and 5 rotate.
- 06
Mounting on axis 6
End fixing at the tool. This is where the hose arrives at the welding torch, gripper or spray head.
Frequently asked questions
Questions about a dress pack for Kassow cobots
Other brands
Dress pack for another brand
Robot division
A dress pack that
fits your robot.
Send us your robot type and application. Our robot division puts the package together and checks it against your robot.
- Phone+31 88 002 3500
- E-mailverkoop@wisman-techniek.nl
- AvailableMon–Fri 08:30–17:00





11 specialists in Ruurlo
You speak directly to someone who knows.

