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KUKA KR 180 R2900-2 Handling Robot for Foundry and Automotive Cells

Place of Origin: Shanghai, China
Brand Name: kuka
Minimum Order Quantity: 1 unit
Price: $22,000-25,000 / unit
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Specifications
Highlight Features

180 kg Handling Class

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2900 mm Working Reach

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IP65 Foundry Protection

Horizontal Travel (mm):
2100 Mm
Vertical Travel(mm):
1850 Mm
Warranty:
1 Year
Condition:
New
Dimension (L*W*H):
120*120*60
Material:
Steel
Power:
1000W
Weight:
1200KG
Dimension (L*W*H):
120*120*60 Mm
Material:
Steel / 钢
Weight:
1200 Kg
Power:
1000 W
Vertical Travel(mm):
2900 Mm
Warranty:
1 Year / 1 年
Condition:
New / 全新
Product Name / 产品名称:
KUKA KR 180 R2900-2 Handling Robot / KUKA KR 180 R2900-2 搬运机器人
Application / 应用场景:
Foundry And Automotive Handling / 铸造与汽车搬运
Number Of Axes / 轴数:
6 Axes / 6 轴
Rated Payload / 额定负载:
180 Kg
Maximum Reach / 最大臂展:
2900 Mm
Mounting / 安装方式:
Floor Mounted / 地面安装
Product Description

Overview

  • • The KUKA KR 180 R2900-2 is a six axis handling robot used in foundry and automotive production cells.
  • • It works in the 180 kg class, covering castings, housings and stampings that pass through several stations.
  • • A 2900 mm working reach lets one robot serve adjacent machines from a single floor mounted base.
  • • A steel structure and 1000 W drive package support continuous duty in dusty plant areas.
  • • IP65 sealing protects the arm and wrist against foundry dust, coolant splash and washdown cleaning.
  • • Cable routing is protected along the arm, so dress packs survive the tight movements of bin picking.

Specifications

ParameterValueUnitNote
Number of Axes6axesArticulated arm
Handling Class180kgRated
Working Reach2900mmWrist centre
Drive Power1000WServo package
Vertical Travel2900mmTool stroke
Horizontal Travel2100mmTool stroke
ProtectionIP65-Arm and wrist
MaterialSteel-Main structure
Weight1200kgBase unit
ConditionNew-Single unit

Advantages

  • • A 180 kg handling class covers heavy castings without moving to a larger, slower arm.
  • • The 2900 mm reach connects presses, gauges and buffers from one base position, which cuts arm count per line.
  • • IP65 sealing keeps dust and coolant out of the joints, reducing unplanned stops in foundry areas.
  • • A steel structure absorbs shock loads when parts are taken from bins or shakeout conveyors.
  • • Repeatable positioning keeps fixtures loaded square, which lowers scrap from misalignment.
  • • A 1000 W servo package holds cycle time steady through long shifts.
  • • Floor mounting fits existing layouts without a new foundation design.
  • • Standard fieldbus interfaces connect to press and conveyor controls without extra gateways.
  • • Protected cable routing along the arm extends dress pack life in tight bin picking motions.
  • • Maintenance points sit at floor level, so planned service stops stay short.

Applications

  • • Loading and unloading castings at foundry stations.
  • • Transferring stampings between presses in automotive plants.
  • • Machine tending for machining and deburring cells.
  • • Handling engine and transmission housings through inspection.
  • • Buffer handling between shakeout, cooling and finishing.
  • • Palletizing dense metal components at end of line.
  • • Handling heat treatment fixtures between furnace and quench stations.
  • • Loading castings onto finishing lines after shakeout.

FAQ

  • • What load class does it cover? The robot works in the 180 kg class, which suits castings, housings and medium heavy stampings.
  • • How far does it reach? The working reach is 2900 mm, enough to cover adjacent stations from a single floor position.
  • • Is it suitable for foundry work? Yes, IP65 sealing and a steel structure suit dust, heat radiation and coolant splash around foundry cells.
  • • How is it mounted? The robot is floor mounted, and anchor and cable routing details are supplied with the layout drawing.
  • • What is the warranty? A one year warranty applies, with local spare parts and engineering support.
  • • Can it be relocated? The base is prepared for standard anchors, so the cell can be moved during line reconfiguration.
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