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SZGH-H1600-10C Industrial Welding Robot for Automated Arc and Spot Welding
The SZGH-H1600-10C industrial welding robot is designed for automated arc welding and spot welding applications in modern manufacturing environments. Featuring a 6-axis servo structure, ±0.05 mm repeatability, IP65 protection, and a 1510 mm working reach, the robot delivers stable welding performance for automotive parts, steel structures, hardware manufacturing, and industrial fabrication. This automated welding solution helps manufacturers improve welding consistency, reduce labor costs, and increase production efficiency through reliable robotic welding technology.
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Product Description
SZGH-H1600-10C Industrial Welding Robot for Automated Arc and Spot Welding
Introduction
In many welding workshops today, manufacturers are facing the same challenge: production demand is increasing, but experienced welders are becoming harder to recruit and retain. At the same time, customers expect more consistent welding quality, shorter delivery times, and lower production costs.
Because of this, more factories are gradually moving from manual welding toward automated robotic welding systems.
The SZGH-H1600-10C industrial welding robot was developed for this type of manufacturing environment. It is designed for continuous welding applications where stability, repeatability, and long working hours are important. The robot supports both arc welding and spot welding processes and can be integrated into automated production lines for automotive parts, steel structures, hardware products, and industrial fabrication.
From a structural perspective, the robot uses a 6-axis servo configuration with integrated internal cabling. This design reduces cable interference during movement and helps maintain a cleaner workspace around the robotic arm.
In practical factory applications, many users pay attention not only to speed,but also to whether the robot can operate reliably over long production cycles. For welding workshops with dust, welding spatter, and changing temperatures, equipment stability often matters more than theoretical maximum performance.
The SZGH-H1600-10C focuses on balancing accuracy, durability, and installation efficiency for everyday industrial use.
Product Overview
The SZGH-H1600-10C is a 6-axis industrial welding robot equipped with a full AC servo drive system. It is engineered for automated welding tasks requiring stable path control, flexible movement, and repeatable positioning accuracy.
Main Features
- 6-axis robotic structure for flexible welding movement
- Full AC servo control for smooth and stable operation
- Integrated internal cable design for cleaner installation
- IP65 protection suitable for industrial welding environments
- Compact body structure for efficient workspace utilization
- Compatible with arc welding and spot welding systems
- Stable repeatability for precision welding applications
Technical Specifications
Parameter | Specification | Technical Benefit |
Robot model | SZGH-H1600-10C | Tailored for welding processes |
Structure | Integrated (internal cabling & air) | Reduces external hose interference, quick setup |
Number of axes | 6 | High flexibility for complex seams |
Drive system | Full AC servo | Fast response, low energy consumption, reliable |
Installation | Ground-mounted | Stable, optional riser for varying workpiece heights |
Motion Performance
The robotic arm offers flexible multi-angle movement to support complex welding trajectories and difficult welding positions.
Axis Motion Range
Axis | Motion Range |
J1 | ±175° |
J2 | +75° / -110° |
J3 | +110° / -75° |
J4 | ±180° |
J5 | +30° / -200° |
J6 | ±180° |
Maximum Joint Speed
Axis | Maximum Speed |
J1 / J2 | 148°/s (2.58 rad/s) |
J3 | 297°/s (5.18 rad/s) |
J4 / J6 | 450°/s (7.85 rad/s) |
J5 | 225°/s (3.93 rad/s) |
High-speed wrist movement helps reduce positioning time during continuous welding operations, improving production efficiency in automated manufacturing lines.
Advantages of the SZGH-H1600-10C Welding Robot
High Welding Accuracy
The robot achieves stable welding performance through coordinated 6-axis motion control and precision servo technology.
This positioning repeatability helps improve welding consistency while reducing defects such as undercut, misalignment, and excessive spatter.
Integrated Cable Structure
Internal routing of cables and air lines minimizes external interference during robotic movement. This structure also reduces maintenance complexity and improves operational reliability
IP65 Protection for Industrial Environments
The robot body is designed for demanding factory conditions involving welding dust, metal particles, and welding spatter.
The protection level helps maintain long-term operational stability in automated welding workshops.
Flexible Welding Capability
The 6-axis robotic structure allows the robot to access narrow spaces, angled welding positions, and complex workpiece geometries.
This flexibility supports:
- MIG welding
- MAG welding
- TIG welding
- Spot welding
- Multi-layer welding
- Multi-pass welding
Typical Application Industries
The SZGH-H1600-10C industrial welding robot can be integrated into multiple automated production environments.
Automotive Manufacturing
Suitable for welding:
- Automotive subframes
- Exhaust systems
- Seat frames
- Structural brackets
Steel Structure Fabrication
Applicable for:
- H-Beams
- H-Steel columns
- Structural joints
- Heavy metal fabrication
General Metal Processing
Widely used in:
- Hardware manufacturing
- Pipeline welding
- Storage tank fabrication
- Industrial machinery production
Educational and Research Institutions
The robot can also support:
- Welding process testing
- Robotic automation training
- Industrial automation laboratories
Why Manufacturers Choose Automated Welding Robots
Industrial welding automation helps manufacturers improve productivity while maintaining stable welding quality.
Key benefits include:
- Reduced manual labor costs
- Improved welding consistency
- Faster production cycles
- Lower material waste
- Better welding repeatability
- Enhanced workplace safety
- Stable operation for long production runs
For factories seeking long-term production efficiency, robotic welding systems provide a scalable automation solution.
Installation and Operational Environment
The SZGH-H1600-10C adopts a ground-mounted installation structure that supports stable robotic movement during high-speed welding tasks.
Recommended operating conditions:
- Ambient temperature: 0°C to 45°C
- Relative humidity: 20% to 85%
- Non-condensing environment
- Stable industrial power supply
The robot can also be integrated with:
- Welding positioners
- Rotary tables
- Welding power sources
- Arc tracking systems
- Collision sensors
- Automatic torch cleaning systems
Maintenance and Reliability
The integrated robot structure simplifies routine maintenance and daily inspection procedures.
Key reliability advantages include:
- Reduced external cable wear
- Stable servo system performance
- Dust-resistant structure
- Long-term motion stability
- Lower maintenance frequency
For continuous production environments, regular inspection of welding consumables and cleaning systems can further improve robotic welding performance.
Conclusion
The SZGH-H1600-10C industrial welding robot combines precision control, flexible movement, stable servo performance, and industrial-grade protection for automated welding applications.
With a 1510 mm working reach, 10 kg payload capacity, and ±0.05 mm repeatability, the robot is suitable for manufacturers seeking reliable robotic welding solutions for modern production environments.
Its compact integrated design, industrial durability, and compatibility with multiple welding processes make it an efficient choice for improving welding productivity and production consistency.
For technical consultation, automation integration support, or pricing information, please contact the SZGH automation team.
FAQ
Q1: What practical benefit does ±0.05 mm repeatability bring to actual welding?
A: It ensures consistent weld seam trajectories, reduces spatter, undercut, and rework. It is especially beneficial for thin‑plate welding, cosmetic parts, and layer alignment in multi‑pass welding.
Q2: Is IP65 protection sufficient for welding spatter and dust?
A: Yes. IP65 is completely dust‑tight and protects against low‑pressure water jets. With regular cleaning or optional protective covers, it effectively extends joint life. An automatic torch cleaner is recommended for optimal results.
Q3: What if only three‑phase 380V power is available on site, but the robot requires single‑phase 220V?
A: You can use a small single‑phase transformer (220V output, capacity ≥5 kVA) to convert the power. Alternatively, consult your supplier about a three‑phase input power module option.
Q4: Can this robot handle thick-plate multi-layer, multi-pass welding?
A: Yes. The 6‑axis flexibility combined with the wrist’s static torque rating (20.4 N·m at J4/J5) allows it to carry heavy torches and cables. Paired with arc tracking or contact sensing, it performs multi‑layer, multi‑pass welding reliably.
Q5: Does the J5 working range of +30° to -200° affect overhead or downward welding?
A: Not at all. The extra -200° negative travel provides ample reach for overhead and downward-inclined seams. The positive range (+30°) is sufficient for typical welding poses; the overall envelope fully covers common welding requirements.
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