Technologies from around the world. For your needs.+7 939 888-55-00info@shkaran.com

Catalog / Cobots and manipulators

UFACTORY Lite 6Photo: UFACTORY
UFACTORYChina · all brand products →

UFACTORY Lite 6

Desktop cobot for labs and startups.

Request a quote
PricePrice on request
Delivery time3–5 weeks
Who it's forLabs, education, test automation
StatusMade to order
What's includeddelivery, EAC certification, and warranty. Exact price — calculated within one business day
Manufacturer documentation ↗

Description based on official manufacturer materials. Price, compatibility, and delivery availability are specified separately.

Degrees of freedom6
Payload600 g
Reach440 mm

About the model

UFACTORY Lite 6 — a compact six-axis robotic arm with a 600 g payload and a 440 mm reach. The manufacturer positions it as the most affordable option in its lineup for labs, research teams, and startups. It features brushless DC motors and a built-in controller.

The robot can be taught manually by guiding the arm or programmed in a web interface using graphical blocks. Open SDKs for Python and C++ are available for developers, along with ROS and ROS2 packages. Collision detection is included. The flange follows ISO 9409-1-50, and the manufacturer's catalog offers proprietary gripper and vacuum suction cup.

Desktop format440 mm reach and 8 kg weight — fits on a lab bench.
Open softwareSDKs for Python and C++, ROS and ROS2 — ideal for research and prototyping.
Graphical programmingWeb interface with blocks — no coding required.
Hand-guided teachingRecord trajectories by manually moving the arm.
Collision detectionThe robot stops upon contact.
Standard flangeISO 9409-1-50, compatible with Gripper Lite and Vacuum Gripper Lite.

Use cases

Lab automationTube and plate handling, working with benchtop equipment.
Research and educationExperiments with ROS, computer vision, and motion planning.
Device testingPressing touchscreens and keyboards during automated tests.
Service scenariosFor example, working with a coffee machine.

Specifications

Payload600 g
Reach440 mm
Repeatability±0.5 mm
Number of axes6
Weight8 kg
Max speed500 mm/s; joints — 180°/s
Axis rangeJ1, J4, J6 — ±360°; J2 — ±150°; J3 — from −3.5° to 300°; J5 — ±124°
DrivesBrushless DC motors
ControllerBuilt-in
FlangeISO 9409-1-50
SoftwareWeb interface with graphical programming; SDKs for Python, C++, ROS, ROS2
ManufacturerUFACTORY
CountryChina
CategoryCobots and manipulators
  • Payload 600 g · reach 440 mm
  • 6 axes
  • Python, ROS, Blockly

How to buy

  1. RequestVia the cart, form or messenger. Tell us your task and city.
  2. Quote in 1 dayPrice for your configuration, lead time and warranty terms — in one total.
  3. Contract and prepayment50% prepayment. For companies — a supply contract with VAT.
  4. DeliveryLead time for this model — 3–5 weeks. EAC certification is included in the price.
  5. DeliveryInspection, setup and training. The balance is paid on delivery.

Want to try it first? Test drive and rental — 1–3 days at your site, the cost is credited toward purchase.

Warranty and service

Warranty term, provider and coverage area depend on the model and delivery terms. We set them out in the order documents — before payment.

  1. RequestModel, order number and a description of the issue — via the support form.
  2. We confirm the termsWe check the configuration, documents and warranty of your specific device.
  3. DiagnosticsRemotely or at a service center — depending on the fault.
  4. SolutionWe agree on the procedure, timing and cost of paid work before it starts.

More about warranty and support →

Delivery & Payment

Lead time

3–5 weeks — for this model. We confirm the exact lead time in the quote.

Where

Russia, CIS, Middle East, and other countries. Models not supplied to Russia by the manufacturer are unavailable to Russian clients — this is indicated on their cards.

Payment

50% prepayment, balance on delivery. Companies — contract with VAT; individuals — invoice or card.

Request price and delivery time

We'll reply with a quote within one business day.

More in the “Cobots and manipulators»