Double head gantry robot

– for a large loading capacity

A 2-axis double head gantry robot features two robots that share a common frame on the X-axis, providing a large loading capacity for your specific application needs.

These robots are in constant communication with each other to prevent collisions, ensuring efficient and safe operations.

A gantry robot design provides full traceability and efficient production, thanks to its dual pickup positions and multiple loading positions.

With two gantry carriages, this design offers a large loading area. Even if one head is unavailable for maintenance, the other head can use all pickup and loading positions, ensuring uninterrupted productivity.

By doubling the capacity of the gantry robot, the dodouble-headonfiguration is an excellent solution for high-volume production needs.

Gantry specifications

Specifications

Payload	From 30 to 800 kg (higher on demand)
Speed X axis	2,5 m/s
Speed Y axis	2,5 m/s
Speed z axis	1,5 m/s
Repeatability	+/- 1 mm
Working envelope	Tailormade to customer specifications
Drive	Siemens Simotion servo
Lubrication	Food grade
Transmission	Toothed belts
Movement	Linear guide & carriage
Noise level	Very low noise level due to carriages mounted on antivibration mouts
Gripper design	Pneumatic, vacuum, electrical, magnetic and servo
Control system	Siemens PLC
Human machine interface	Siemens Win CC touch panel
Warehouse management	“Intralog” SQL database based system
ERP interface	TCP/IP based communication with SAP, Navision, ect.

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Powerful

Gantry robots are highly effective for high-speed product handling, offering unparalleled precision and repeatability. The robots provide shorter cycle times and increased throughput, making them among the most efficient on the market.

Minimal maintenance

Gantry robots have an advanced and robust design that provides extended maintenance intervals, allowing for maximum uptime, high availability, and energy efficiency.

Flexibel

Our gantry robot design offers a wide range of payload capacities, configurations, and special variants to optimize a solution for your specific application needs.