This KUKA six axis construction 3D printing robot builds walls and structural features from a 1077 kg stable base, printing within a 2701 mm workspace Delivery and commissioning dates are confirmed against the project schedule.
This KUKA robotic arm is set up for 3D printing with specialized materials in construction, carrying a 210 kg payload across a 2701 mm workspace Delivery and commissioning dates are confirmed against the project schedule.
This KUKA 3D printing robot arm ships with a gripper, so the same six axis platform prints construction elements and then moves the finished parts into position Delivery and commissioning dates are confirmed against the project schedule.
The KUKA six axis 3D printing robot carries a 210 kg payload across a 2701 mm workspace, printing structural elements with specialized materials on construction sites Delivery and commissioning dates are confirmed against the project schedule.
The KUKA KR210 R2700-2 3D printing robot builds wall structures and controls cement curing layers inside a 2700 mm envelope, printing walls with a steady bead across each pass Delivery and commissioning dates are confirmed against the project schedule.
The KUKA KR210 six axis 3D house printing robot carries a full print head set and builds house walls layer by layer, replacing formwork on projects that repeat the same geometry Delivery and commissioning dates are confirmed against the project schedule.
This KUKA six axis 3D printing robot ships with a print head and turnkey setup for modular school playground art, printing sculptural forms from a stored design library Print head and feed are matched at commissioning for a consistent finish.
The KUKA KR210 R2700-2 3D printing robot carries a material print head across a 2700 mm envelope to build architectural structures with consistent bead width and layer height Feed, speed and layer height are programmed together so printed surfaces stay.
The KUKA KR210 R2700-2 six axis 3D printing robot builds wall sections and bridge elements along programmed paths, using a 2700 mm reach and a 1077 kg stable base on site Feed, speed and layer height are programmed together so surfaces stay uniform.