Skip to content
Robots, Ranked.

Biflex Desktop

Built by X Square Robots · China

Updated Oct 2026·methodology

Ask Scout

The Biflex Desktop is a Cobot developed by X Square Robots (China). Key specifications: axes 6, repeatability ±1 mm, api / sdk Yes.

RoboScore

54.4/ 100

Adequate evidence

No confirmed deployment on record — this score reflects the rest of the record, not verified adoption.

4 of 9 signals present

Recomputed nightly from public data. Missing data is skipped, never zero-filled — and rankings are never for sale.

Weighted factors

average of the 4 scored · blanks don't count

Commercial maturity15%75/100
Deployment footprint27%unknown
Proven track record9%unknown
Spec completeness19%83/100
Company financial health11%100/100
Company maturity4%unknown
Manufacturer portfolio5%59/100
Media mentions (trailing 12 months)8%unknown
Independent recognition3%unknown

Ranked in the Cobot standing, against 369 robots.

See the standing

Will it fit your job?

Tell us the job in plain words — we'll show how this robot measures up, line by line.

No needs set yet

Tell us what your job needs — payload, budget, region, must-have certifications — and we'll show how Biflex Desktop measures up, requirement by requirement. The RoboScore (trust) above is shown for every buyer, regardless.

Overview

Biflex Desktop is a modular dual-arm teleoperation master-slave solution from X Square Robot, aimed at research/education, AI training, and light industrial scenarios. It combines a master-arm teleoperation stand with two high-performance 6-axis collaborative arms (based on the EX001), connected via wired link to deliver low-latency, high-fidelity master-slave mapping. The operator grips an ergonomic handle to drive both arms through full-pose fine manipulation (grasping, assembly, sorting) within a desktop workspace. Each arm has 3 kg rated payload (7 kg peak for 30s), ±1mm repeatability, and 649mm reach. It ships as a fully integrated turnkey unit (master stand, dual slave arms, grippers, cameras, PC, monitor, e-stop, and desk) pre-tuned from the factory — plug in and run.

At a glance

  • Built for pick and place and lab automation
  • Used across education, research and AI training
  • Programmed through teach pendant
  • Compatible with ROS
  • Rated for operation at 10 40℃
  • Sold in China

Buyer decision signals

Viability

est. 2023

Specifications

Category: Cobot
Axes
6
Repeatability
±1 mm

Top 99% of 371 models with this spec

API / SDK
Yes
VerifiedSelf-reportedEstimated

Company profile

Founded
2023

Detailed specifications

What it is built for2
Applications
pick and place,bin picking,assembly,inspection
Industries Served
industrial manufacturing,logistics,public services,healthcare & elderly care,research & education,home,retail
Movement & precision2
Arm Dof
6
Obstacle Avoidance
true
Controls & integration3
Ros Compatible
true
Software Platform
ROS2
Programming Interface
teach pendant
Safety & certification1
Operating Temp
-10-40℃
Other details48
CPU
Intel Core Ultra 7 155H
RAM
16
WiFi
Supports WiFi 6, 2.4/5GHz dual-band
Storage
512
Arm Type
6-axis collaborative (EX001 platform)
Bluetooth
Supports Bluetooth 5.2
IMU Sensor
1
RGBD Camera
3
Battery Life
8
Arm Reach Mm
649
Control Link
wired
Kit Contents
Master-arm teleop stand (master arm, PC, monitor, e-stop), dual desktop slave arms (G gripper + camera, head camera + bracket), matching desktop
Use Cases Raw
抓取、装配、分拣 (grasping, assembly, sorting)
Charging Speed
10%-100% in 1h 40min
Fisheye Camera
2
Public Network
Supports 5G
Arm Payload Kg
7
Debug Interface
HDMI*1, USB*1, RJ45*1
Base Payload Kg
6
Peak Payload Kg
7
Single Point TOF
3
Storage Humidity
20%~70% RH (non-condensing)
Ultrasonic Sensor
6
Wide Angle Camera
2
Operating Humidity
10%~90% RH (non-condensing)
Vertical Workspace
0-1.6m
Storage Temperature
-20~60℃
Binocular RGB Camera
1
Neck Range Of Motion
Pitch ±30°, Yaw ±90°
Arm Repeatability Mm
1
Master Slave Mapping
1:1, 6-DoF real-time
Chassis Movement Mode
Differential Drive
Operating Temperature
-10-40℃
Task Payload Capacity
6
Maximum Movement Speed
1
Max Physical Dimensions
Shoulder Width 658mm, Height 1690mm, Chassis Length 618mm
Peak Payload Duration S
30
Maximum Climbing Ability
10
Maximum Payload Capacity
7
Robotic Arm Repeatability
1
Maximum Obstacle Traversal
4
End Effector Gripper Stroke
0-180mm
Robotic Arm Range Of Motion
J1: -160°~160°; J2: 0°~210°; J3: -160°~0°; J4: -90°~90°; J5: -90°~90°; J6: -110°~110°;
Vertical Lifting Capability
Vertical lifting mechanism
Single Arm Degrees Of Freedom
6
Total Body Degrees Of Freedom
19
Maximum End Effector Clamping Force
50
Maximum Reach (Per Arm, Excluding Gripper)
649

Who runs it· deployment evidence

No deployment evidence on file

A deployment is recorded when a public source names the customer, or the maker confirms it. Nothing here counts against this robot.

14 other robots in this category have one.

Add a deployment →

Where to buy

Get a price or reach an authorized seller — pick your region, then request a quote.

No authorized seller is listed for this robot yet — request a quote below and we’ll connect you with X Square Robots or an authorized seller.

Request a quote — goes straight to X Square Robots.

Where will these robots operate? Often the same as your country — add more for multi-country deployments.

Your request goes to X Square Robots.

Every authorized seller serving your region is shown equally — placement is never sold, and this data never affects a robot’s score. A seller’s absence here doesn’t mean they aren’t authorized.

Frequently asked questions

Who makes the Biflex Desktop?
The Biflex Desktop is developed by X Square Robots, based in China.
What type of robot is the Biflex Desktop?
The Biflex Desktop is a Cobot made by X Square Robots.
How much does the Biflex Desktop cost?
Pricing for the Biflex Desktop is not publicly listed — contact X Square Robots for a quote.
What are the key specifications of the Biflex Desktop?
Key specifications of the Biflex Desktop: axes 6, repeatability ±1 mm, api / sdk Yes.

Reviews for Biflex Desktop

Loading reviews…

Get pricing from

X Square Robots

Buyers also compared this with

Related reading

Industry Knowledge →