Full automatic prefabricated tin laser welders
• Double-space design; increasing productivity. • Compact design; maximizing space utilization of equipment. • Maximum welding range of 300 mm x 200 mm; compatible coverage of currently mainstream PCB/FPCB products. • Small and compact; easy to move and automate clusters on site; and saving production space
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Overview
Specifications
| Parameter | Value |
|---|---|
| Tight | Thermal impact areas; Thermal deformation; Welding mass; Adding tough material; Welding environment |
| Laser hard | smaller; smaller; better; no; no requirements |
| Jewel | General; General; General; Yes; Total heating |
| Quil | larger; larger; general; yes; electrodes required |
| Electric resistance | larger; larger; general; no; electrodes required |
| Plasma says hard | General; General; General; Yes; Need for electrodes |
| Electronic tethers | smaller; smaller; better; no; vacuum |
| Pulse laser | 1064 nm; pulse; welding/swelding applications for the same metal |
| Semiconductor lasers | 808 nm, 915 nm, 980 nm; pulse/continuation; plastic welding/laser tin Weld |
| Continuous fibre-optic laser | 1070 nm;continuous; same metal intermittent/continuous welding Weld |
| Fibre lasers | 1070 nm; pulse/continuation; metal spot welding/continuous sealed welding |
| Neutron laser | 1070 nm; pulse/continuation; welding (copper + aluminium, copper + stainless steel, aluminium + stainless steel) |
| Laser wavelength | 100 W/915nm semiconductor lasers in rhesus |
| Average output power | 915±10nm 100W |
| Laser parameter power unstable degrees | ≤3% |
| Fibre core diameter | 200um |
| Focus camera | F = 150 mm (coding), F = 100 mm (optional) |
| Optical output properties are direct | F=70mm |
| Minimal focus light diameter | ～0.3mm |
| Three-axis Process | 300mm×200mm×100mm |
| Precision Linear Model Position Repeat Precision | ±0.05 mm |
| The cooling system | It's cold |
Applications
Datasheet
Supplier Information
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