Robotic Arms
92 tools
Robotic arms span education, research, collaborative applications and industrial production. Compare the payload, reach, repeatability, speed and operating environment required by the task, then account for tooling, vision, safeguarding, control interfaces and local support. A collaborative arm is not automatically fence-free: the complete application, tool, workpiece, speed and risk assessment determine the safeguards required.
DOBOT CR20A
Robotic Arms
Collaborative arm with 1700 mm working radius
Contact the vendor for pricing
DOBOT Nova 5
Robotic Arms
Collaborative arm with 850 mm working radius
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Dobot MG400
Robotic Arms
Four-axis desktop arm with 440 mm working radius
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ABB PoWa
Robotic Arms
Six-model collaborative arm family with 7–30 kg payloads
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KUKA LBR iiwa
Robotic Arms
Seven-axis torque-sensitive arms with 7 kg and 14 kg variants
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KUKA LBR iisy
Robotic Arms
Six-axis cobot family with model-specific payload and reach
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ABB GoFa
Robotic Arms
GoFa 5, 10 and 12 collaborative arms with optional Ultra Accuracy
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Franka Research 3
Robotic Arms
Seven-axis research arm with torque sensing and 1 kHz control access
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Universal Robots UR30
Robotic Arms
Collaborative robot arm with 30 kg payload and 1300 mm reach
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Universal Robots UR20
Robotic Arms
Collaborative robot arm with 20 kg payload and 1750 mm reach
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Flexiv Moonlight
Robotic Arms
Three-axis force-controlled parallel robot
Unitree Z1
Robotic Arms
Six-axis mobile-platform arm with AIR and PRO variants
Buy or sign up directly
UFACTORY Lite 6
Robotic Arms
Compact six-axis arm for 600 g loads and 440 mm reach
Pricing and stock vary by configuration and region; check the official store
Kinova Gen3
Robotic Arms
Six- or seven-axis research arm with Kortex control
UFACTORY 850
Robotic Arms
A six-axis collaborative arm with a 5 kg payload, 850 mm reach and ±0.02 mm repeatability.
Pricing and stock vary by controller configuration and region; check the official store
Flexiv Rizon 4
Robotic Arms
A seven-axis force-controlled arm with a 4 kg payload and IP65 protection.
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Doosan E0509
Robotic Arms
5 kg collaborative arm for food-and-beverage automation
Not specified · Contact the vendor for pricing
AgileX PiPER-X
Robotic Arms
Six-axis research arm with an agile wrist
Not specified · Contact the vendor for pricing
FANUC CRX-3iA
Robotic Arms
11 kg collaborative arm with 3 kg payload and 692 mm reach
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ABB YuMi IRB 14000
Robotic Arms
Dual-arm collaborative robot for small-parts assembly
Techman TM20
Robotic Arms
Vision-equipped collaborative arm with 20 kg payload and 1300 mm reach
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Techman TM14
Robotic Arms
Vision-equipped collaborative arm with 14 kg payload and 1100 mm reach
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Techman TM12
Robotic Arms
Vision-equipped collaborative arm with 12 kg payload and 1300 mm reach
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Techman TM5-900
Robotic Arms
Vision-equipped collaborative arm with 4 kg payload and 946 mm reach
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FAQ
Desktop vs industrial robotic arms?
Desktop arms usually target education, research and prototyping. Industrial arms are designed around production duty, environmental requirements, functional safety and system integration. Compare manufacturer-rated payload, repeatability, duty and certification rather than size alone.
Are cobots worth it for small manufacturers?
It depends on task stability, cycle time, tooling, safeguarding and integration cost. Repetitive machine-tending, screwdriving and inspection can be good fits, but the complete application still needs a risk assessment; the cobot label alone does not make it fence-free.
What hidden costs should I expect?
Budget for end-of-arm tooling, vision and sensors, mounting, cabling, safeguarding, integration, commissioning, training, maintenance and spares. The mix varies too much by task for one percentage estimate to be reliable.