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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.
How Industrial Spray Robots Work: Control System, Spray Process & Trajectory Planning
Discover how industrial robot controllers power complete automation solutions. Learn system integration strategies for smart manufacturing with SZGH.
Chair Welding Robot Selection Guide | Improve Efficiency & ROI
Discover how to choose the best welding robot for chair manufacturing. Learn about payload, accuracy, welding process compatibility, and automation ROI.
How to Choose the Right Palletizing Robot for Your Factory
Learn how to choose the right palletizing robot for your factory with this complete guide. Compare industrial palletizing solutions by payload, reach, cycle time, gripper type, and robot configuration to improve efficiency, reduce labor costs, and optimize automation performance.
CNC Turning Aluminum Chess Pieces on SZGH-36J CNC Lathe| Application Case
Why Use One Tool for Aluminum Chess Piece Turning? Using a single tool throughout the machining process offers several practical advantages: Reduced tool change time Lower tooling cost Consistent tool reference position Improved surface continuity Simplified CNC programming
How to Stably Complete Three CNC Machining Operations on Convex Aluminum Parts
Machining convex aluminum parts may seem simple in CAD — but in real production, achieving stable, high-quality, and repeatable results remains a major challenge. This article demonstrates a practical and efficient three-step CNC milling strategy — performing roughing, contour milling, and drilling in one stable setup using the SZGH-650 CNC milling machine. It focuses on real manufacturing decisions that improve surface quality, dimensional accuracy, and production efficiency.
Turning Machining Explained: Characteristics, Methods, and CNC Lathe Selection Guide
What is Turning Machining-Main Characteristics of Turning Machining-Representative Turning Machining Methods-Core Requirements for CNC Turning Machine Performance-Key Selection Points for CNC Lathes
SZGH-650 CNC Milling Machine Application Case for Steel Plate End Milling Drilling Tapping
Steel plate components are widely used in machinery, automated structural parts, tooling fixtures, and mounting substrates, demanding high precision in flatness, hole alignment, and thread quality. The SZGH-650 Vertical CNC Milling Machine, featuring a stable structural design and proven machining processes, efficiently performs multiple operations on steel plate parts—including end-face milling, drilling, and tapping—meeting customers' dual requirements for both productivity and quality.
SZGH Robot Application Case Update-Embrace the future of welding with SZGH Robotic Laser Cladding!
Embrace the future of welding with SZGH Robotic Laser Cladding! 6 axis general-purpose robot SZGH-T1850-10C:payload 10KG,arm reach 1850mm; Application:laser welding Installation:Floor mounted Environmental performance:IP65
Small precision 2-axis lathe turning machine SZGH-36J: ideal for efficient processing of short bars
Small precision 2-axis lathe machine SZGH-36J: Max. diameter of bar bore 35mm; Max. length of workpiece 230mm; X-axis effective travel 600mm; Z-axis effective travel 230mm; Machining accuracy of the workpiece ±0.01mm; Option:flying cutter disc;
Standard configuration: X/Z axis effective travel:1000*400mm; 2 axis cnc lathe system; 5.5KW spindle; Optional configuration: hydraulic chuck + 8-station turret Advantages: 1. Large clamping force, stable clamping, high degree of automation; 2. Fast tool change, accurate positioning, strong tool compatibility; 3. Suitable for parts processing that requires multi-process integration, high precision, and high efficiency;
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