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KUKA KR210 Six Axis 3D House Printing Robot for Building Construction

Place of Origin: Shanghai, China
Brand Name: KUKA
Minimum Order Quantity: 1 kilogram
Price: $31,500-32,100 / kilogram
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Specifications
Highlight Features

1077 kg Robot Body

,

3D Print Head Package

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IP67 Site Sealing

Application:
3D Printing
Production Capacity:
3D Printing
Warranty:
1 Year
Dimension(l*w*h):
754 754 1910
Power(w):
1 KW
Voltage:
380 V
Weight (kg):
1077
Video Outgoing-inspection:
Provided
Machinery Test Report:
Not Available
Core Components:
Gear
Number Of Jaws:
1
Drive Type:
Electromechanical
Ingress Protection:
Ip67
Warranty:
1 Year / 1 年
Application:
3D Printing / 3D 打印
Video Outgoing-inspection:
Provided / 提供
Production Capacity:
3D Printing / 3D 打印
Core Components:
Gear / 齿轮
Drive Type:
Electromechanical / 机电式
Dimension(l*w*h):
754 X 754 X 1910 Mm
Product Name / 产品名称:
KUKA KR210 Six Axis 3D House Printing Robot / KUKA KR210 六轴房屋 3D 打印机器人
Application / 应用场景:
3D House Printing And Construction / 3D 房屋打印施工
Drive Type / 驱动方式:
Servo-electric / 伺服驱动
Product Description

Overview

  • • The KUKA KR210 is a six axis robot configured for 3D house printing on construction sites.
  • • It carries a print head set that deposits material in layers to form house walls.
  • • A 1077 kg body keeps the arm stable while material is deposited at height and reach.
  • • IP67 sealing supports outdoor work through dust and light rain during the build.

Specifications

ParameterValueUnitNote
Number of Axes6axesArticulated arm
Robot Weight1077kgBody
Power1kWDrive package
ProtectionIP67-Sealed structure
Dimensions754 x 754 x 1910mmL x W x H
Voltage380VThree phase
Drive TypeElectromechanical-Servo drives
Application3D house printing-Construction
Delivery ScopeRobot and print head-Turnkey option
Warranty1yearStandard terms

Advantages

  • • Printing walls without formwork shortens the structural phase on repeatable designs.
  • • A 1077 kg body resists deposition reaction forces, which keeps layer height even.
  • • IP67 sealing supports outdoor printing through dust and light rain.
  • • Six axis motion keeps the nozzle normal to inclined and curved wall sections.
  • • Print recipes are stored per building type, so repeat projects restart quickly.
  • • Offline path programming means site time is spent printing, not teaching points.
  • • Packaging follows export crate standards with rust protection for sea freight.
  • • Commissioning support covers safety checks, program handover and operator training.
  • • Spare parts for common wear items and cables are held in local stock.
  • • Documentation includes layout drawings, wiring schematics and a maintenance schedule.
  • • Remote diagnostics are available for controller and drive faults during the warranty period.
  • • Installation supervision can be scheduled with delivery to shorten ramp up time.
  • • Acceptance testing is performed before shipment and a report is filed for the project.
  • • Operator training covers daily checks, safe restart and basic program edits.
  • • Fixtures are designed to suit the part family named in the project brief.
  • • Safety circuits follow the plant standard and are documented for sign off.
  • • Trial production runs are supported on site before acceptance.
  • • Wear parts are specified with local part numbers for easy reordering.
  • • Programming files are handed over in the controller project archive.
  • • Warranty visits cover calibration checks during the first operating year.
  • • Spare cable sets and connectors are recommended for continuous operation.

Applications

  • • Printing single storey house walls on site.
  • • Printing modular housing units in a yard.
  • • Printing wall panels for later assembly.
  • • Prototype structures for design verification.
  • • Printing landscape and garden structures.

FAQ

  • • What does the robot print? It prints house walls and structural elements using a matched material print head set.
  • • Can it print outdoors? Yes, the IP67 sealed structure supports outdoor work with dust and light rain exposure.
  • • How are paths created? Paths are generated offline from the building model and loaded into the robot controller.
  • • Which materials are used? Mortar and composite mixes are used, matched to the print head and pump set.
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