LBR iiwa 7

KUKA LBR iiwa 7

Industrial Robots 2023 Price on Request ★ 9.2 (3 reviews)
Overall: 9.3/10
Reliability
9.4
Features
9.3
Support
9.3
Value Score
8.9
Ease Of Use
9.6

The KUKA LBR iiwa 7 is a versatile industrial robot designed for seamless integration into modern manufacturing environments. Suitable for arc welding, spot welding, palletising, machine tending, assembly, and pick-and-place applications.

Engineered with a compact footprint and wide working envelope, the LBR iiwa 7 delivers high-speed, high-accuracy motion across all six axes. Integrated force sensing and collision detection ensure safe co-operation with other machines and personnel.

Compatible with all major PLC and SCADA systems, the KUKA controller offers intuitive teach-pendant programming and supports offline path simulation, reducing installation time significantly.

Specifications shown are indicative. Always verify with the manufacturer or a verified supplier before making purchasing decisions. Mechanicals.xyz is an independent comparison platform and is not affiliated with KUKA.

General

BrandKUKA
ModelLBR iiwa 7
CategoryIndustrial Robots
Year Introduced2023

Commercial

Price TypePrice on Request
Overall Rating9.5 / 10

Robot Performance

Payload Capacity210 kg
Reach3,100 mm
Number of Axes6
Path Accuracy (ISO 9283)±0.05 mm
Max TCP Speed2.0 m/s
ControllerKUKA KR C5
Protection ClassIP67 (wrist)
Mounting OptionsFloor, ceiling, wall, tilted

Connectivity

Communication ProtocolsPROFINET, EtherNet/IP, DeviceNet, EtherCAT

Estimate the 5-year total cost of owning this machine including energy and maintenance costs.

hrs/year (3-shift = ~6,000)
check your electricity bill
industry avg: 2–5%
Sarah Chen
★★★★★★★★★9.2/10

LBR iiwa 7 — fast integration, reliable performance

✅ Simple teach pendant, accurate repeatability, great safety features, good payload-to-reach ratio
⚠️ Teach pendant UI dated compared to newer platforms; spares lead time from overseas

Deployed the KUKA LBR iiwa 7 in our automotive body shop for spot welding and part transfer. Integration took 3 weeks including simulation, which was faster than expected. Path accuracy is excellent — we are hitting ±0.06 mm consistently. The robot has run 6,000+ hours with only scheduled maintenance stops. Cycle time improvement over our manual process was 34%. Strongly recommended.

Jun 2026
Anna Fischer
★★★★★★★★★9.2/10

LBR iiwa 7 — fast integration, reliable performance

✅ Simple teach pendant, accurate repeatability, great safety features, good payload-to-reach ratio
⚠️ Teach pendant UI dated compared to newer platforms; spares lead time from overseas

Deployed the KUKA LBR iiwa 7 in our automotive body shop for spot welding and part transfer. Integration took 3 weeks including simulation, which was faster than expected. Path accuracy is excellent — we are hitting ±0.06 mm consistently. The robot has run 6,000+ hours with only scheduled maintenance stops. Cycle time improvement over our manual process was 34%. Strongly recommended.

Jun 2026
Marco Rossi
★★★★★★★★★9.3/10

LBR iiwa 7 — fast integration, reliable performance

✅ Simple teach pendant, accurate repeatability, great safety features, good payload-to-reach ratio
⚠️ Teach pendant UI dated compared to newer platforms; spares lead time from overseas

Deployed the KUKA LBR iiwa 7 in our automotive body shop for spot welding and part transfer. Integration took 3 weeks including simulation, which was faster than expected. Path accuracy is excellent — we are hitting ±0.06 mm consistently. The robot has run 6,000+ hours with only scheduled maintenance stops. Cycle time improvement over our manual process was 34%. Strongly recommended.

Jun 2026

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