AUBO i10 10 kg Collaborative Robots Designed for Flexible Mounting on Floor Wall Ceiling and Inclined Frames in Factories

AUBO i10 10 kg Collaborative Robot Arm Overview

• • The AUBO i10 collaborative robot arm carries a 10 kg payload across a 1335 mm reach envelope.
• • Pose repeatability of ±0.05 mm to ISO 9283 keeps every cobot arm cycle inside one narrow tolerance band.
• • The 37 kg cobot arm mounts at any angle, so the collaborative robot arm suits floor, wall, ceiling and inclined frames.
• • A DC48V drive architecture and CAN Bus link simplify wiring for the collaborative robot arm and shrink controller cabinet space.
• • Operators program the cobot on the AUBOPE graphical interface of the 12.5-inch touch pendant without text coding.
• • CE, TUV and KCs approvals plus a 30000-hour design life support continuous three-shift production with the collaborative robot arm.
• • Payload, reach and repeatability are matched, so one cobot arm can serve several workstations in a single cell.

Technical Specifications

Advantages of the AUBO i10 Cobot Arm

• • The payload-to-weight ratio stays efficient, because the 10 kg collaborative robot arm weighs only 37 kg.
• • Joint speeds of 180 °/s on five axes and 150 °/s on A3 shorten pick and place cycles for the cobot arm inside a compact footprint.
• • A ±175° motion range on all six axes lets the cobot arm reach behind its own base without repositioning the cell.
• • IP54 sealing shields the collaborative robot arm from dust and splash in machine tending and grinding areas.
• • The 0-45 °C ambient range and 25-85% humidity tolerance let the robot arm run in unheated workshops and clean rooms alike.
• • One 100-240VAC cabinet feeds 48 VDC to the whole cell, so the cobot arm needs no separate transformer hardware.
• • Sixteen digital inputs and sixteen digital outputs let the collaborative robot arm drive grippers, sensors and safety relays directly.
• • A 5 m robot cable and a 4 m pendant cable give layout freedom when the collaborative robot arm works in a guarded station.
• • Rated 30000-hour components keep total cost of ownership low for a cobot arm running around the clock.

Applications

• • Electronics assembly lines use the cobot arm for screw driving, adhesive dispensing and PCB handling.
• • Machine tending cells load and unload CNC lathes, drilling centres and injection moulding machines with the collaborative robot, and the cobot arm repeats the same load cycle at ±0.05 mm.
• • Food and beverage packers use the collaborative robot arm for case packing, labelling and end-of-line transfer.
• • Automotive Tier-2 suppliers deploy the robot arm for sub-assembly, end-of-line testing and visual inspection stations.
• • Metal and plastic workshops rely on the cobot for deburring, polishing and light grinding passes.
• • Packaging lines pair the collaborative robot arm with vacuum grippers for carton pick and place and palletising trials.
• • Laboratories, vocational schools and research centres adopt the 10 kg cobot for welding study, and the collaborative robot arm also serves force control research.
• • Medical device and cosmetic plants use the robot arm for kitting and clean handling, where the cobot arm holds dosing accuracy inside ±0.05 mm.

FAQ

Q1. How does the AUBO i10 collaborative robot arm differ from a traditional industrial robot?

A: The collaborative robot arm is built for shared workspace duty, with 37 kg body weight, ±0.05 mm repeatability and IP54 sealing, so it can be moved, re-deployed and re-programmed in hours rather than weeks, and the same cobot arm can be re-tasked to a second product line.

Q2. Can this cobot arm be mounted on a wall or on the ceiling?

A: Yes. Mounting position is rated for any angle, and the 37 kg body plus 727 x 623 x 235 mm outline makes the collaborative robot arm easy to fix on a wall bracket, an inclined frame or an overhead gantry.

Q3. Which end effectors work with this robot arm?

A: Any standard ISO flange tooling, including electric grippers, vacuum cups, screw drivers, welding torches and force sensors, connects through the 16 digital inputs and 16 digital outputs on the controller cabinet.

Q4. What is the delivery scope of one set?

A: One set covers the 37 kg collaborative robot arm, the 20 kg controller cabinet, the 1.8 kg teach pendant, a 5 m robot cable and a 4 m pendant cable, packed in an export plywood case.

Q5. How long does commissioning take?

A: The AUBOPE graphical interface walks an operator through zeroing, tool frame setup and waypoint teaching; and most single-station cobot cells run within one working day of delivery.