Kenqing
Exoskeletons
- Key feature
- 20 kg lift assist
- Weight
- 3 kg
- Runtime
- 6 h
On order
Price on request
Photo to come · Three-quarter front view
01 / 05Schematic drawing until photos are supplied
KENQINGRD-KEN-A10
Kenqing A10
An exoskeleton by Kenqing with 16 kg arm support, weight 3.2 kg and runtime 3 to 6 h.
On orderExoskeleton
PURCHASEOutright purchase
You own the robot. Warranty, training and a service contract can be added.
Number of robots
Price on request
Purchase price, ex VAT, in the written quote.
- No commitment. A request is not an order.
- EU declaration of conformity supplied with every robot.
IN BRIEF
The Kenqing A10 in brief.
Updated · Source: manufacturer's published specifications
The Kenqing A10 is an exoskeleton by Kenqing. Key figures published by the manufacturer: 16 kg arm support, weight 3.2 kg and runtime 3 to 6 h. It also lists charging time: 1.5 (swappable battery) h. Robot Distribution supplies it in Europe to buy, rent or as RaaS, with its EU declaration of conformity. Price on request.
- Weight
- 3.2kg
- Runtime
- 3–6h
SPECIFICATIONS
Full specifications
Updated · Source: manufacturer's published specifications
| Weight | 3.2 kg |
|---|---|
| User height | 150–190 cm |
| Runtime | 3 to 6 h |
|---|---|
| Power | 420 W |
| Charging time | 1.5 (swappable battery) h |
| Motors | 2 |
|---|---|
| Arm support | 8 per arm / 16 both arms kg |
| Lift range | -60° to 80° (horizontal = 0°) |
| Operating temperature | -10 to 45 °C |
|---|
| Key feature | 16 kg arm support |
|---|
A value the manufacturer does not publish is left out of this page rather than estimated. Conditions stated by the manufacturer are kept with the value.
JOBS
What the Kenqing A10 does
The jobs we offer the Kenqing A10 for, with the deployment steps and the points to check on site.
SOURCES AND LAST CHECK
Where these figures come from.
Every figure on this page comes from the manufacturer's official pages, read and checked by our team.
Figures taken from the manufacturer's published specifications. · Last checked
DOCUMENTS
Documents
Sent with your written quote, in English and in your language where the manufacturer publishes it.
| Document | Availability |
|---|---|
| Datasheet (PDF) | On request |
| EU declaration of conformity | On request |
| User manual | On request |
FAQ
Questions about the Kenqing A10
How much does the Kenqing A10 cost?
The Kenqing A10 is sold on a written quote, sent within 2 working days. The price depends on the version and its options, the number of robots, delivery and commissioning on your site, training, and the acquisition mode: purchase, rental or RaaS with one monthly fee. Prices are not published because these items change from one project to the next.
Is the Kenqing A10 supplied with an EU declaration of conformity?
Yes. Robot Distribution supplies the EU declaration of conformity with every robot it delivers in Europe. Ask for a copy with your quote and our team sends it with the other documents.
How are delivery and commissioning organised?
The delivery address, the date and the commissioning on site are set out in the written quote, according to your site and the number of robots. Our team can install the robot, map the site and train your staff.
Can I rent the Kenqing A10 or take it as RaaS?
Yes. Rental runs from 1 day to 12 months; RaaS runs from 24 to 60 months with one monthly fee that covers the robot, maintenance, software updates and a replacement robot if one fails. Both are priced in a written quote.
What after-sales service is available?
After-sales service is run from Europe: a service contract, spare parts, repairs and training can be added to a purchase, and maintenance is included in RaaS. The terms are set out in the written quote.
SIMILAR ROBOTS
Compare before you decide.
Exoskeletons
- Key feature
- 30 kg lift assist
- Weight
- 5.6 kg
- Runtime
- 3–8 h
On orderPrice on requestExoskeletons
- Weight
- 2 kg
- Runtime
- 7 h
- Key feature
- CE Class IIa medical
On orderFrom €4,690 ex VATor €159/month in RaaS
Tell us about your site. We will size the fleet.
A written proposal: robots, acquisition mode and delivery.