Selective Wave Soldering Machine Offline Selective Soldering Machine For PCB Welding
Video Overview
Discover the Offline Selective Soldering Machine, a precision tool for PCB welding in electronics manufacturing. Ideal for small to medium production runs, this desktop machine offers high-quality soldering with advanced software, motion control, and fluxing systems. Perfect for reworking specific PCB areas with efficiency and versatility.
Product Featured in This Video
- Advanced software system based on Windows 7 for precise path programming and parameter monitoring.
- High-precision motion system with servo and stepping motors for accurate positioning and smooth movement.
- Japan-original injection valve in the fluxing system for stable pressure and versatile flux application.
- Titanium alloy stainless steel solder pot with uniform heat transfer and N2 heating system for perfect wetting.
- Manual PCB loading and unloading mechanism for flexible operation.
- Sturdy metal welding structure with thick base plate to reduce vibration and enhance stability.
- Customizable solder nozzles with various dimensions to suit different soldering needs.
- Compact dimensions (L1100mm x W790mm x H1500mm) and lightweight (280KG) for easy integration into workspaces.
Faqs
- What is the maximum PCB size the Offline Selective Soldering Machine can handle?The machine can handle PCBs up to L300mm x W250mm, making it suitable for a variety of small to medium-sized boards.
- How does the N2 heating system improve soldering quality?The N2 heating system ensures perfect wetting of the solder, reduces solder dross, and maintains consistent soldering temperature for high-quality results.
- What types of flux can be used with this machine?The machine is compatible with various types of flux, thanks to its Japan-original injection valve and PP plastic pressure tank for stable flux application.
- Is the machine suitable for high-volume production?This machine is designed for small to medium production runs and rework tasks, offering precision and flexibility rather than high-volume throughput.
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