Robotic Cell

Automatic Solution

What Is an Automatic Solution

An automatic solution in the context of robotic welding refers to an integrated, fully or semi-automated workstation or system that combines positioners, safety enclosures, control systems, and robot interfaces to enable efficient, high-quality welding production. These solutions are designed to maximize robot utilization, reduce manual intervention, and improve production takt time.

Automatic solutions operate under demanding industrial conditions such as continuous high-speed flipping, heavy loads, welding spatter, heat radiation, dust, and high production volumes. Therefore, they are designed with high-strength steel structures, precision servo drive systems, fully enclosed safety housings, fume extraction systems, and synchronized control interfaces to ensure operator safety, positioning accuracy, and reliable long-term operation.

These solutions are widely used in various industrial automation applications including automotive parts manufacturing, electric vehicle components, steel structures, construction machinery, heavy-duty welding lines, and large-scale flexible production systems.

High-strength fabricated steel, precision-machined components, and fully integrated safety systems are used as the primary elements for automatic welding solutions.

Types of Automatic Solutions

Automatic welding solutions can be classified into several main categories based on their structure and application. Each category serves a specific purpose in robotic welding automation.

1. Light Duty Dual Flip Welding Station (FZ001)

The FZ001 is a cost-effective dual-position flipping platform that uses a head-tail frame synchronized drive structure to enable alternating flipping of two workstations. This design greatly improves robot utilization and production takt time.

Key Components:

• Dual head-tail frame synchronization system (max flipping speed 90°/s)
• High-precision servo drive system (positioning accuracy ±0.05mm@R350)
• Long span working frame (2m to 3.5m)
• Heavy-duty steel base with multiple anchor points
• Robot external axis interface

Applications: Automotive parts, electric vehicle components, light steel structures requiring efficient multi-angle welding.

2. Large Rotation Dual-Position Welding House (HF001)

The HF001 is a highly integrated, safe and reliable large-scale dual-position robotic welding workstation. It features a large-diameter rotary platform combined with dual-position design, enabling high-precision multi-angle welding of large weldments.

Key Components:

• Large-diameter rotary platform (max 4500mm, accuracy ±0.03mm@R500)
• Dual-position flipping system (flipping diameter 1000mm, speed 60°/s)
• High-strength steel fully enclosed welding house
• Fume extraction system and electrical control
• Robot mounting base and external axis interface

Applications: Medium to large steel structures, construction machinery, automotive frames, complex weldments.

3. Three-Axis Large Rotation Dual-Position Welding House (HF002)

The HF002 is a high-performance robotic welding workstation designed for medium to heavy-duty weldments. It features a three-axis linkage large rotary platform combined with dual-position layout, enabling multi-degree-of-freedom precise posture adjustment.

Key Components:

• Three-axis large rotary platform (max 5000mm)
• Dual-position flipping system (flipping diameter 1000mm, fixture frame 2500mm)
• High-strength steel fully enclosed welding house
• Heavy-duty servo drive system (accuracy ±0.05mm@R500 / ±0.05mm@R350)
• Robot mounting interface for single or dual robot

Applications: Construction machinery, steel structures, heavy automotive components, complex weldments.

4. Dual-Position H-Type Flipping Positioner Welding House (HF003)

The HF003 is a high-efficiency robotic welding integrated workstation featuring a classic H-type flipping structure combined with dual-position layout, enabling flexible horizontal and vertical flipping posture adjustment.

Key Components:

• H-type dual-axis flipping platform (flipping diameter 1200mm, accuracy ±0.05mm@R350, speed 60°/s)
• Dual-position alternating system for simultaneous clamping and welding
• High-strength steel fully enclosed welding house
• Heavy-duty servo drive system (500–1500kg load)
• Robot mounting interface for single or dual robot

Applications: Automotive parts, electric vehicle structural components, light to medium steel structures requiring multi-angle welding.

5. Robot Three-Axis Overhead Gantry System (HJ001)

The HJ001 is a cost-effective overhead three-axis motion platform designed for welding, handling, grinding, and other robot system integration. It enables large-range spatial movement of the robot body.

Key Components:

• X-axis travel system (3000mm)
• Y-axis traverse system (1300mm stroke)
• Z-axis lifting system (1000mm stroke)
• Heavy-duty gantry columns and beams (robot self-weight ≤200kg)
• Traveling dust extraction pipe structure
• Robot inverted mounting interface

Applications: Nine-axis or seven-axis inverted robotic workstations, large workpieces, multi-station collaborative operations.

6. Robot Inverted Overhead Gantry System (LM001)

The LM001 is a high-strength suspended gantry motion platform that travels on ground rails, allowing the robot to be mounted inverted under the crossbeam for large-range spatial movement.

Key Components:

• Dual columns + crossbeam gantry (4m clear span)
• Ground travel rail system (customizable length)
• Robot inverted mounting platform (height 2400–3200mm, adjustable)
• Top maintenance platform with guardrails
• Electrical and pipeline integration

Applications: Large-scale inverted robotic workstations, flexible automated production lines.

Manufacturing Process

Automatic welding solutions are produced through several key manufacturing processes:

Design and Engineering

Custom design based on customer requirements including workpiece size, weight, welding process, and production volume.

Cutting and Fabrication

High-strength steel plates and sections are cut to size using precision cutting equipment.

Welding and Assembly

Precision welding techniques are used to assemble positioners, gantries, welding houses, and support structures.

Stress Relief

Heat treatment or vibration aging relieves residual welding stresses to maintain long-term dimensional stability.

Precision Machining

CNC machining ensures bearing seat accuracy, mounting surface flatness, and axis alignment.

Integration and Testing

Full integration of positioners, servo drives, safety systems, fume extraction, and robot interfaces, followed by comprehensive functional testing.

Quality Inspection

Strict inspections including dimensional measurement, positioning accuracy verification, safety system validation, and load testing are carried out to guarantee product quality.

Applications of Automatic Solutions

Automatic welding solutions are widely used in various industrial automation scenarios:

• Automotive parts manufacturing: Frames, subframes, axles, suspension components
• Electric vehicle components: Battery trays, motor housings, structural parts
• Steel structures: Beams, columns, trusses, heavy fabrications
• Construction machinery: Booms, buckets, chassis, heavy components
• General fabrication: Multi-angle welding of complex weldments
• Large-scale production: High-volume, multi-station flexible production lines

Product Series Summary

Model	Type	Max Rotation/Flip	Accuracy	Key Feature
FZ001	Light Duty Dual Flip Station	2–3.5m span	±0.05mm@R350	Dual head-tail frame, cost-effective
HF001	Large Rotation Dual-Position House	4500mm rotary	±0.03mm@R500	Fully enclosed, fume extraction
HF002	Three-Axis Large Rotation House	5000mm rotary	±0.05mm@R500/350	Three-axis linkage, dual robot ready
HF003	H-Type Flipping House	1200mm flip	±0.05mm@R350	H-type structure, 500–1500kg load
HJ001	Three-Axis Overhead Gantry	X:3000/Y:1300/Z:1000mm	—	Overhead, robot weight ≤200kg
LM001	Inverted Overhead Gantry	4m clear span	—	Ground rail travel, height adjustable

These automatic solutions are designed to work with different welding robot types such as arc welding robots, MIG/MAG welding robots, and laser welding systems, ensuring efficient, high-quality welding across multiple industries.

Custom Robot Workstations & Laser Systems Manufacturer

Industrial Robotic Automation Solutions

We deliver high-performance robotic automation solutions for modern manufacturing.

Specializing in robot workstations and laser systems, we provide customized solutions for welding, cutting, laser processing, and material handling applications. With 26+ years of expertise, 40+ patented technologies, and 2,000+ successful projects worldwide, we empower manufacturers to increase productivity, ensure consistent quality, and maximize ROI.

Supported by an experienced engineering team and an ISO-certified production base, we are dedicated to helping our customers stay competitive in a rapidly evolving global market.