China Industrial Robot Manufacturers Suppliers Factory - Custom Industrial Robot Wholesale

Industrial Robot Manufacturer for OEMs and Automation Integrators

We supply industrial robot solutions for machine tending, material handling, assembly, pick-and-place, and other automated production tasks. From robot selection and tooling requirements to technical documentation and application validation, we help OEMs and system integrators evaluate suitable configurations, reduce integration uncertainty, and prepare projects for procurement.

6-axis Welding Robot
The RBTIC BRTIRUS1510A is a six-axis industrial robot designed for automated welding of metal components and fabricated assemblies. With a 10 kg payload, 1,587 mm arm reach and ±0.05 mm...
Welding Industrial Robot
The RBTIC BRTIRWD1506A is a six-axis industrial welding robot with a hollow wrist for internal cable routing and multi-angle torch positioning. It supports robotic welding applications using...
Robotic Arm for Welding
A six-axis industrial robot for welding and material handling – with flexible reach and repeatability, supporting programmed torch orientations for structural fabrication, aluminum guardrails,...
Automatic Welding Robot
A six-axis palletizing robot arm – paired with application-specific end-of-arm tooling – for flexible palletizing, depalletizing, loading/unloading, and material handling of cartons, bundled...
Industrial Palletizing Robot
A four-axis industrial robot, equipped with specialized fixtures, is suitable for lightweight pallet stacking, part handling, and the automated loading and unloading of metal components, battery...
Palletizing Robot Arm
A six-axis 50 kg payload, 2563 mm reach palletizing robot arm – with application-specific end-of-arm tooling – for flexible palletizing, depalletizing, loading/unloading, and material handling of...
Robotic Case Palletizer
Designed for high-efficiency end-of-line packaging, the Robotic Case Palletizer integrates advanced industrial robotics with smart multi-pattern programming to handle cartons, crates, trays, and...
Box Palletizing Robot
A 65 kg payload, 2334 mm reach box palletizing robot – with column-based structure and 2400 mm vertical stroke – automating carton transfer and multi-layer stacking for heavy-load, high-level...
Automatic Robotic Palletizer
An 80 kg payload, 2412 mm reach automatic robotic palletizer – with programmable motion and application-specific tooling – for flexible stacking of large panels, cartons, and packaged products...
Automated Palletizing Robot
A six-axis heavy-load industrial robot – with 200 kg payload and 2637 mm reach – delivering flexible, multi-orientation handling for heavy cartons, industrial containers, palletizing, and...
Column Palletizer
The Column Palletizer – with 65 kg payload, 2000 mm arm, and 1800 mm stacking height – automates carton and packaged-product transfer onto pallets, delivering repeatable stacking and efficient...
Column Palletizing Robot
The RBTIC BRTIRPZ2080A Column Palletizing Robot automates the pickup, transfer and stacking of packaged products at the end of production lines. Its 80 kg payload and 2,000 mm arm length support...

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Industrial Robot Types for Your Application

Choose a robot type based on your required motion, payload, working area, positioning performance, and production cycle.

6-Axis Industrial Robots
Flexible robotic arms for machine tending, part handling, welding, and multi-directional assembly. Suitable configurations depend on workpiece weight, tool load, reach, mounting position, and required tool orientation.

SCARA Robots
Designed for fast, repetitive operations within a defined working area, including component insertion, assembly, and pick-and-place. Selection depends on horizontal reach, vertical stroke, payload, positioning requirements, and cycle time.

Collaborative Robots
Suitable for selected assembly, machine tending, inspection, and flexible workstation applications. Model selection requires assessment of payload, reach, end tooling, workspace risks, and the intended human-robot interaction.

Delta Robots
Designed for high-speed picking, sorting, and packaging of compatible products within a defined working envelope. Configuration depends on product weight, gripper design, pickup pattern, cycle rate, and the required working area.

Cartesian Industrial Robots
Suitable for linear positioning, dispensing, machine loading, and controlled product transfer. Defined X, Y, and Z travel ranges can support applications requiring predictable motion paths and integration with production equipment.

Robot Model Range and Technical Specifications

Robot Type	Reference Model	Payload	Reach / Working Range	Repeatability	Typical Application
6-Axis Industrial Robot	ER10-1400	10 kg	1,400 mm reach	±0.06 mm	Machine tending, part handling, flexible automation
6-Axis Industrial Robot	ER20-1700	20 kg	1,717 mm reach	±0.06 mm	Handling heavier components and larger work envelopes
SCARA Robot	OMRON Cobra 5 kg model	5 kg	500 mm reach	±0.02 mm in XY	Component assembly, insertion, and pick-and-place
Collaborative Robot	Delta DC10	10 kg	1,200 mm reach	±0.02 mm	Assembly, machine loading, and flexible workstations
Delta Robot	Delta X S D800	2 kg	800 mm working diameter; 300 mm working height	±0.15 mm	Lightweight picking, sorting, and product transfer
Cartesian Robot	Oriental Motor OVR 3-axis model	2.5 kg	X: 300 mm; Y: 300 mm; Z: 100 mm travel	±0.02 mm	Linear positioning, dispensing, and machine loading

Configuration Options

Configuration Item	Options or Requirements to Confirm
Payload and reach	Workpiece weight, tooling weight, required reach, and working envelope
Mounting arrangement	Floor, wall, ceiling, or machine-mounted installation where supported
End-of-arm tooling	Grippers, vacuum tools, welding torches, or other application-specific tools
Controller	Compatible controller model, operating requirements, and supported functions
Electrical and communication interfaces	Power requirements, I/O, supported industrial communication protocols, and PLC compatibility
Positioning and motion	Required repeatability, travel limits, speed, and cycle time
Sensors and peripherals	Vision systems, part detection, safety devices, and conveyor tracking where supported
Environmental requirements	Temperature, dust, moisture, cleanroom conditions, or other application constraints

Engineering and Integration Support

1. Robot Selection and Application Review
Review workpiece specifications, payload including tooling, reach, mounting position, required motion, and target cycle time.

Project output: A shortlist of technically suitable models, identified constraints, and a list of information required to finalize selection.

2. End-of-Arm Tooling and Workcell Coordination
Assess the gripping or process method, tool interface, part presentation, fixture positions, and machine access requirements.

Project output: Agreed tooling requirements, interface details, and a clear list of included, optional, and customer-supplied components where applicable.

3.Controller and Equipment Integration
Review controller capabilities, available I/O, supported communication protocols, and connections to the customer's PLC and production equipment.

Project output: Applicable interface information, connection requirements, and a documented allocation of integration responsibilities.

Compatibility must be confirmed against the actual controller model, PLC, software version, and connected equipment.

Manufacturing Quality and Product Verification

Incoming Component and Assembly Checks

Where included in the manufacturing process, verify applicable component specifications, mechanical assemblies, mounting interfaces, and electrical connections against approved requirements.

Final Configuration and Shipment Inspection

Confirm the supplied robot model, controller, accessories, identification information, and order configuration against the approved order documents.

Functional and Motion Testing

Operate the robot through agreed basic motion and functional checks. Additional tests may be required for application-specific sequences, positioning performance, or cycle time.

Mechanical And Electrical Inspection

Check relevant mounting dimensions, mechanical connections, cable routing, electrical connections, and controller configuration before functional testing.

Quality Verification Records

Verification Item	Purpose
Model-specific datasheet	Confirm rated specifications and operating conditions
Mechanical drawings	Check mounting interfaces and installation dimensions
Configuration checklist	Verify the ordered model, controller, and accessories
Functional test records	Document the agreed operational checks
Performance test records	Provide results for specific tests when performed and included
Compliance documentation	Confirm applicable product documentation for the destination market

Technical Documentation and Deliverables

Before Purchase

Model-specific datasheets and rated specifications.
Available mechanical drawings and mounting dimensions.
Controller, electrical, and communication interface information.
Configuration recommendations based on the application requirements.
Quotation identifying equipment, accessories, services, and delivery terms.
Applicable product compliance information available for review.

During Project Preparation

Confirmed robot model and configuration list.
Applicable mounting, tooling, and interface details.
Customer equipment and connection requirements.
Integration responsibility matrix where required.
Project drawings, I/O lists, or technical documents included in the agreed engineering scope.
Agreed testing procedures and acceptance criteria where applicable.

Before Shipment and Delivery

Supplied equipment and accessory list.
Applicable inspection and functional test records.
Available installation, operation, and maintenance manuals.
Product identification and serial-number information where applicable.
Applicable certificates or declarations for the supplied model.
Commercial invoice, packing list, and other agreed shipping documents.

Ordering, Delivery and After-Sales Support

Quotation and Lead Time

Quotation and delivery schedules depend on model availability, order quantity, configuration, engineering requirements, testing scope, and shipping arrangements.

A complete quotation should identify:

Selected robot model and technical configuration.
Included controller, tooling, accessories, and documentation.
Optional equipment and separately charged services.
Applicable engineering, testing, and preparation time.
Estimated dispatch schedule and delivery terms.
Payment terms, quotation validity, and warranty conditions.

Warranty and Technical Support

Warranty coverage depends on the supplied product and the agreed purchase terms. Before ordering, confirm the warranty period, covered components, exclusions, claim procedure, and responsibility for shipping or service costs.

Depending on the agreed service scope, support may include remote troubleshooting, operating guidance, technical documentation, or commissioning assistance.

Spare Parts and Maintenance

For replacement parts or maintenance requests, provide the robot model, serial number where applicable, component identification, and a description of the issue.

Before placing an order for production-critical equipment, confirm:

Which replacement parts are available.
Part compatibility with the selected robot and controller.
Spare-part pricing and estimated dispatch time.
Recommended maintenance requirements.
Availability of technical support and replacement components.

FAQ

Q: Can you supply a complete robotic automation cell?

A: The supply scope depends on the project. A quotation may cover the robot and controller, or additional tooling, fixtures, sensors, and integration work where available. Confirm whether machine modifications, safety equipment, programming, commissioning, and peripheral equipment are included.

Q: Can you customize the robot for our existing production line?

A: Potential configuration changes include mounting arrangements, tooling interfaces, cable routing, supported communication interfaces, and application-specific accessories. The feasibility of each change depends on the selected model and engineering requirements. Custom work should be confirmed before quotation.

Q: What if our application requires a positioning accuracy or cycle time that is not listed?

A: Provide the required tolerance, motion sequence, workpiece details, and target cycle time. The technical review should determine whether the selected robot can meet the requirement under defined operating conditions and whether additional testing or peripheral equipment is needed.

Q: Can you integrate the robot with our existing PLC, vision system, or conveyor?

A: Compatibility depends on the robot controller, supported communication protocols, software versions, and the connected equipment. Share the PLC model, vision-system details, interface requirements, and relevant technical documents for review before the configuration is finalized.

Q: Can you provide installation, commissioning, and operator training?

A: Availability depends on the project and service arrangement. Confirm whether remote guidance, on-site commissioning, training, and production support are available in your destination country and whether these services are included in the quotation.

Q: How do you handle technical problems after delivery?

A: The process should be confirmed in the warranty and support terms. Provide the robot identification, alarm codes, fault description, and relevant photos or videos when requesting assistance. Confirm the response channel, troubleshooting scope, warranty coverage, and any chargeable service requirements before purchase.

Q: Can you provide spare parts for future maintenance?

A: Spare-part supply depends on the robot model, manufacturer, and parts availability. Request confirmation of the relevant part numbers, prices, estimated delivery times, and any known product lifecycle limitations.

Q: Can you replace a robot installed in an existing machine?

A: A replacement requires more than matching payload and reach. Compatibility should be checked for mounting dimensions, motion envelope, tooling, controller interfaces, safety circuits, and existing programs. Provide the current model number, machine drawings, and interface information for assessment.

Q: What payment terms and delivery terms do you accept?

A: Payment terms, accepted currencies, delivery terms, and shipment arrangements should be confirmed in the commercial quotation. Provide the destination country and order quantity so the applicable terms can be reviewed.

Q: What information should we submit to receive a quotation?

A: Please provide the application, workpiece dimensions and weight, required payload and reach, target cycle time, mounting conditions, tooling requirements, controller or PLC preferences, quantity, and destination country. Drawings, photos, videos, or an existing robot model number are helpful when available.

As one of the most professional industrial robot manufacturers and suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. Please feel free to buy durable industrial robot for sale here from our factory. Also, custom service is available.