Medium complexity KUKA KR 210 robot 6 axis

The KUKA KR 210 robot is a 6 axis robot with a maximum payload of 210kg and a reach of 2.6m. The medium complexity robot is used for standard applications.

Medium complexity KUKA KR 210 robot 6 axis
The KUKA KR 210 robot is a 6 axis robot with a maximum payload of 210kg and a reach of 2.6m. The medium complexity robot is used for standard applications.
This is a basic controller for small projects with very few inputs and outputs, and where the programming requirement medium complexity.
This is a basic controller for small projects with very few inputs and outputs, and where the programming requirement is low complexity.
This is a basic controller for small projects with very few inputs and outputs, and where the programming requirement is highly complex.
This is a medium grade controller for medium or small projects with very few inputs and outputs, and where the programming requirement medium complexity.
This is a medium grade controller for medium or small projects with very few inputs and outputs, and where the programming requirement is low complexity.
This is a medium grade controller for medium or small projects with very few inputs and outputs, and where the programming requirement is highly complex.
High grade touch screen controller with low complex program. This controller is good for any medium or large projects and in particular projects requiring a robot.
High grade touch screen controller with medium complex program. This controller is good for any medium or large projects and in particular projects requiring a robot.
High grade touch screen controller with highly complex program. This controller is good for any medium or large projects and in particular projects requiring a robot.
High grade touch screen controller with very highly complex program. This controller is good for any medium or large projects and in particular projects requiring a robot.
Laser measurement sensors can be used to check products for inaccuracies as part of a product inspection/quality check system.
Basic performance temperature sensors can be used for measuring temperature when a high degree of accuracy is not required.
Medium performance temperature sensors can be used for measuring temperature where a relatively low degree of accuracy is required.
Advanced performance temperature sensors can be used for measuring temperature where a high degree of accuracy is required.
RFID Sensor
Proximity sensor
Pneumatic roller ball sensor
Reflective sensor
This covers the transport requirements for a project where approximately 1 pallet of project parts will need to be transported to site.
This covers the transport requirements for a project where approximately 2 pallets of project parts will need to be transported to site.

This covers the transport requirements for a project where approximately 3 pallets of project parts will need to be transported to site.

This covers the transport requirements for a project where approximately 4 pallets of project parts will need to be transported to site.
This covers the transport requirements for a project where a 3.5 tonne truck will be needed to transport project parts to site
This covers the transport requirements for a project where a 15 tonne truck will be needed to transport project parts to site
This covers the transport requirements for a project where a 25 tonne truck will be needed to transport project parts to site
This is a standard gripper for handling 25KG sacks of products like seeds and beans.
The vacuum gripper is a gripper with suction cups for picking items that are regularly shaped.
The vacuum gripper is a gripper with suction cups for picking items that are regularly shaped.
The vacuum pad gripper is a foam pad gripper for picking items that are irregularly shaped.
The low complexity gripper is used for basic bespoke application e.g. pick and place applications where there is minimal complexity in the gripper requirements.

The medium complexity gripper is used for bespoke applications.

The high complexity gripper is used for bespoke applications where multiple complex features are needed.
This is a 4m long sliding track for robots to mount on and is suitable for robots with a payload up to 16kg
This is a 4m long sliding track for robots to mount on and is suitable for robots with a payload up to 300kg
This is a 5m long sliding track for robots to mount on and is suitable for robots with a payload up to 300kg
This is a 5m long sliding track for robots to mount on and is suitable for robots with a payload up to 1000kg
This large base can be used for robots with a payload up to 1000kg
This small base can be used for robots with a payload up to 16kg
This small base can be used for robots with a payload up to 200kg
Bespoke machine guarding is used to ensure the safety of operatives working near the machinery. Small bespoke machine guarding covers would cover an area of approximately 0.5m
Bespoke machine guarding is used to ensure the safety of operatives working near the machinery. Medium bespoke machine guarding covers would cover an area of approximately 2m
Bespoke machine guarding is used to ensure the safety of operatives working near the machinery. Large bespoke machine guarding covers would cover an area of approximately 5m

Robot perimeter fencing is used to create an enclosure around the robot to ensure operative are kept safe and protected. This robot perimeter fencing includes 10 panels but no door.

Robot perimeter fencing is used to create an enclosure around the robot to ensure operative are kept safe and protected. This robot perimeter fencing includes 10 panels and 1 or 2 doors.
Robot perimeter fencing is used to create an enclosure around the robot to ensure operative are kept safe and protected. This robot perimeter fencing includes 20 panels but no door.
Robot perimeter fencing is used to create an enclosure around the robot to ensure operative are kept safe and protected. This robot perimeter fencing includes 20 panels and 1 or 2 doors.
0.5m high light curtain. Light curtains are used as a safety device to scan and entrance or opening into an area like a robot cell or machine where access will often be required but the machine should be stopped when the light curtain is passed.
1m high light curtain. Light curtains are used as a safety device to scan and entrance or opening into an area like a robot cell or machine where access will often be required but the machine should be stopped when the light curtain is passed.
3m high light curtain. Light curtains are used as a safety device to scan and entrance or opening into an area like a robot cell or machine where access will often be required but the machine should be stopped when the light curtain is passed.

3D area scanner. This is a safety device that 3D scans any area you program into it. It can be programmed to ignore standard shaped parts moving on conveyors in an area and still detect humans.

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Medium complexity KUKA KR 210 robot 6 axis

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