PVC Seamless Welding Machines | UPVC window/door manufacturing | 150mm working width (ISO 12192) ▲ industry average (120mm) Dual-head operation (▲ doubles productivity vs single-head) 380V 50Hz (IEC 60038) 100% duty cycle (continuous operation) | High precision, no visible seams Energy-efficient (▲ 20% lower energy use vs manual) 5+ year lifespan (ISO 9001 compliance) | Higher initial cost ($10k+) Requires skilled operators (▲▲ training needed vs manual) |
Manual PVC Welding Machines | Small workshops, basic welding tasks | ≤100mm working width (ISO 12192) 50% duty cycle Manual operation | Lower cost ($2k–$3k) Easy maintenance (no complex automation) | Labor-intensive (▲▲ slower than automated) Lower precision (visible seams) |
Semi-Automated Machines | Medium-scale production | 120mm working width (▲ industry average 100mm) 75% duty cycle Partial automation (operator-assisted) | Moderate cost ($5k–$8k) Better consistency than manual | Requires manual input (▲▲ less efficient than fully automated) Limited scalability |
Fully Automated Industrial Welders | Large-scale manufacturing | Up to 200mm working width (▲ industry standard 150mm) 100% duty cycle Integrated safety features (ISO 13849) | High output (▲▲ doubles productivity vs semi-automated) Consistent quality | High cost ($20k+) Complex setup (▲▲ requires specialized installation) |
Multi-Material Welding Systems | Versatile applications (PVC, ABS, etc.) | Material compatibility (▲ expands to 5+ materials) Adjustable settings (ISO 17655) | Adaptable to diverse projects (▲▲ reduces equipment redundancy) | Higher price ($15k+) Less specialized for PVC (▲▲ lower precision vs dedicated machines) |
Compact Portable Welders | On-site/mobile operations | Portable design (▲ mobility) ≤100mm working width 70% duty cycle | Mobility (▲ ideal for field work) Space-saving (▲▲ 50% smaller footprint) | Limited capacity (▲▲ 30% lower output vs industrial models) Less powerful (▲▲ struggles with thick PVC profiles) |