Offline Selective Wave Soldering Machine Smallest Size Suitable for Office Proofing with hood

Designed specifically for office proofing and agile manufacturing, this offline selective wave soldering machine offers a practical balance of precision and compact design. Occupying less than 1 square meter of floor space (approximately 0.8㎡), it serves as a valuable solution for R&D laboratories, engineering offices, and small-scale production facilities where space is limited. The system features an efficient 16 kg solder pot, which reduces solder alloy inventory and minimizes dross generation compared to traditional large-scale equipment.

This machine is engineered to solve the complex welding challenges associated with small batches and multiple varieties of products. It supports rapid line changes and intuitive programming, allowing operators to transition between different board designs with minimal downtime. A key capability is the option to set the parameters of each soldering point individually, ensuring targeted thermal profiles for sensitive components. Furthermore, it easily accommodates double-sided PCBs and products featuring exceptionally tall components at the bottom, providing engineers with greater design flexibility and reliable through-hole soldering performance.

Product Advantage

• Integrated Process Modules: The equipment's design effectively integrates the flux spraying and soldering modules into a single compact footprint. An optional preheating function is available to accommodate specific thermal requirements, ensuring proper flux activation and reducing thermal shock to the PCB.

• Stable Soldering Dynamics: Utilizing a fixed solder pot while moving the PCB to achieve soldering ensures a stable solder wave. This mechanism minimizes wave fluctuation, resulting in consistent and precise solder joints across the entire board.

• Ultra-Compact & Energy Efficient: Occupying an area of only about 0.8㎡, the machine drastically reduces facility space requirements. Combined with its low power consumption design, it helps facilities control their daily operational costs while maintaining consistent output.

• Flexible Manual Handling: The system relies on manually placing and removing PCB boards. This manual loading approach is advantageous for prototyping and high-mix, low-volume production, allowing operators to quickly inspect boards and switch between different product runs without adjusting complex automated conveyors.

Product Application

Our offline selective wave soldering machine is trusted across demanding industries that require reliable through-hole connections and strict process control. By providing localized soldering without exposing the entire board to high temperatures, it is well-suited for sensitive assemblies. It can be widely used in military electronics, aerospace, medical equipment, new energy, automotive electronics, communication equipment, household appliances, digital products, stage lighting, and other specialized fields.

PCBA Field

Electronic Components

Industrial Control

Aerospace

Home Appliances

Military Electronics

Marine Electronics

Automotive Electronics

Communication Equipment

Stage Lighting

New Energy

Medical Devices

Product Operate Guide

To ensure a smooth transition from installation to active production, the machine is driven by a PC-based control system. The software supports many different soldering modes tailored to various component types and board layouts. Customers can effortlessly configure distinct parameters for each soldering joint, achieving precise control over welding height, temperature, and speed. This targeted approach prevents thermal damage to adjacent SMD components and ensures proper hole fill.

The user interface is designed for simple operation, meaning engineers and operators can quickly learn to operate the machine and create new soldering programs. To further support your production and minimize potential downtime, our dedicated after-sales team offers 24-hour online one-to-one training. This comprehensive support assists you in mastering the equipment, optimizing your soldering profiles, and resolving application-specific challenges promptly.