Six-Axis Industrial ArmsRX-6A 6-Axis Robotic Arm
RX-6A-1850
A 6-axis industrial arm with 6 kg payload and 1,850 mm reach for assembly, welding, and material handling lines.
- Payload 6 kg
- Reach 1850 mm
- Axes 6
China robotics sourcing desk
Robot arms and joints,matched to your build.
Source finished robot arms, programmable joints, actuator modules, and builder-kit components from China. Send the payload, reach, torque, protocol, or application; we turn it into a supplier-ready sourcing brief.
- Send
- payload / reach
- Receive
- options + risks
- Scope
- arms / joints
- Channel
- email / WhatsApp
MODEL · RI-6A-1850
SCALE 1:24
Sourcing desk
Arms · joints · kits·China sourcing
Sourcing paths
Start with the product layer that matches your job.
RoboticsInquiry routes buyers by intent: finished robot arms for automation projects, programmable joints for builders, and kit briefs for prototype teams.
Robot Arms From China
Send the application, payload, reach, cycle target, and destination country. RoboticsInquiry helps turn that into a supplier-ready brief, compare suitable arm types, and flag the risks that usually get missed before quotes.
Open sourcing pathProgrammable Robot Joints
Tell us the torque, speed, voltage, protocol, size limit, brake/encoder needs, and quantity. We help compare China-sourced integrated joints and actuator modules by fit, sample route, documentation risk, and production readiness.
Open sourcing pathRobot Arm Builder Kits
If you are designing a prototype arm, send the target payload, reach, degrees of freedom, control preference, and cost target. We help map the joint sizes, controller path, cables, power, gripper options, and supplier questions before samples are ordered.
Open sourcing pathFast route
Choose the page that matches the buyer question.
A good inquiry starts from a specific job: a machine to tend, a pallet pattern to automate, a joint module to integrate, or a bill of materials to source.
Need a robot for a real line
Machine Tending Robot Sourcing
Start from the task, part, payload, reach, and cycle target before comparing robot models.
Open pathBuilding a robot armProgrammable joints and arm-builder kits
Send torque, speed, protocol, voltage, brake, encoder, and prototype quantity requirements.
Open pathNot sure what to sendRobot Arm RFQ Checklist
Use the checklist to turn a vague requirement into supplier-ready sourcing context.
Open pathWhy us
A focused sourcing desk, not a generic marketplace.
We help buyers clarify requirements, compare China-sourced options, and prepare useful RFQs for robot arms, joints, and actuator modules.
Requirement-first matching
We start from payload, reach, torque, protocol, cycle time, budget, and delivery target before suggesting products or suppliers.
China supply-chain focus
Robot arms, joints, reducers, grippers, controllers, and accessories can be sourced as connected options instead of isolated SKUs.
Builder and buyer paths
Finished-arm buyers and joint-module builders get different intake flows, comparison criteria, and sourcing outputs.
Useful sourcing outputs
The goal is a shortlist, supplier notes, quote context, sample route, and risk flags that help the buyer take the next step.
Current catalog
Browse the full catalogRobot-arm models remain the high-volume entry point.
Use the catalog for initial discovery, then send the application context so the sourcing desk can narrow options.
Six-Axis Industrial Arms
Six-Axis Industrial ArmsRX-12A Compact 6-Axis Arm
RX-12A-1450
Compact 6-axis arm, 12 kg payload, 1,450 mm reach — optimized for dense work cells and cobot-adjacent installs.
- Payload 12 kg
- Reach 1450 mm
- Axes 6
Six-Axis Industrial ArmsRX-50H Heavy-Payload Arm
RX-50H-2700
Heavy-payload 6-axis arm rated for 50 kg with a 2,700 mm reach for spot welding and large-part handling.
- Payload 50 kg
- Reach 2700 mm
- Axes 6
Applications
Application pages should route buyers into the right intake.
Machine tending, palletizing, electronics assembly, inspection, and other use cases need different requirement fields.
Robotic arms for automotive assembly
Six-axis arms dominate automotive body-in-white, spot welding, and final assembly.
Read deeper →Robotic arms for electronics assembly
SCARA robots and small cobots handle PCB pick-and-place, screw-driving, dispensing, and inspection.
Read deeper →Robotic arms for packaging and palletizing
End-of-line palletizing, case packing, and depalletizing are the highest-volume robot duty in FMCG.
Read deeper →Robotic arms for metal fabrication
Arc welding, plasma cutting, deburring, and machine tending across CNC and press cells.
Read deeper →Robotic arms for logistics and warehousing
Mixed-case palletizing, depalletizing, and induction onto sortation systems.
Read deeper →Robotic arms for lab automation
Pipetting, microplate handling, and sample transfer between instruments.
Read deeper →
Reference scenarios
All reference scenariosUse cases that shape the sourcing brief.
As real customer evidence grows, reference scenarios should be replaced with verified case studies and measurable outcomes.
Frequently asked
Questions our buyers ask most often.
Next step
Send the requirement you already have.
Robot arm, joint module, or builder kit: share payload, reach, torque, protocol, application, target cost, and timeline. We will turn it into a sourcing brief and next-step questions.
RFQ gap check
Missing payload, reach, torque, protocol, tooling, or country details are called out before supplier matching.
Option direction
We identify whether the request looks like an arm, cobot, SCARA, joint module, kit, or accessory sourcing path.
Risk notes
MOQ, lead time, documentation, controller compatibility, spare parts, warranty, and integration scope are checked early.