Compact Modular Desktop Design
The Desktop Reflow Oven adopts a drawer-type modular structure that combines a compact footprint with convenient operation and maintenance.
Compared with larger industrial reflow soldering lines, its desktop configuration is designed for laboratories, electronics development departments, engineering workshops, and small-scale SMT production environments where space efficiency is important.
The modular structure can also accommodate non-standard customization, allowing users to discuss equipment dimensions, configuration, and functional requirements according to specific applications.
Precise Independent Temperature Control
Temperature stability is essential for achieving consistent soldering results. This desktop reflow oven uses independent temperature-zone control with a stated temperature control accuracy of ±2°C.
Adjacent temperature zones can maintain a maximum temperature difference of up to 100°C without temperature crossover, providing greater flexibility when establishing different thermal conditions within the reflow process.
This architecture allows engineers to develop and test different soldering profiles according to PCB materials, component requirements, and soldering process parameters.
Infrared Heating with Air Circulation
The heating system combines infrared uniform heating with an independent small-cycle air circulation system.
This configuration helps distribute thermal energy more evenly throughout the heating chamber while supporting rapid thermal compensation. During operation, the system can maintain a temperature difference of less than 5°C under specified conditions.
The combination of infrared heating and controlled air circulation provides a stable thermal environment for experimental reflow soldering and PCB assembly development.
Rapid Heating and Energy Efficiency
The Desktop Reflow Oven incorporates SHENGDIAN's patented heating wire technology, enabling rapid heating to operating conditions in approximately 20 minutes.
According to the specified product performance, the heating technology can reduce energy consumption by approximately 30% compared with the relevant conventional configuration.
Faster heating and improved energy efficiency can be particularly valuable for laboratories and engineering teams that frequently conduct PCB prototypes, process validation, and small-batch soldering tests.
Optional Cooling and Flux Recovery
To accommodate different SMT process requirements, the Desktop Reflow Oven can be equipped with optional forced cooling and flux recovery systems.
The forced cooling configuration can support faster cooling after the reflow stage, while the flux recovery option can help address process environments where flux management and equipment cleanliness are important considerations.
These optional configurations allow the equipment to be adapted to different production, laboratory, and environmental requirements.
Custom Reflow Soldering Equipment for B2B Applications
SHENGDIAN provides reflow soldering equipment for electronics manufacturers, PCB assembly companies, laboratories, research institutions, engineering teams, and SMT equipment distributors.
Beyond standard configurations, the Desktop Reflow Oven supports non-standard customization for projects with specific space, process, thermal-control, or equipment integration requirements.
Buyers can discuss application-specific requirements with our technical team before selecting the appropriate equipment configuration.
Typical applications include:
Core Functions
High-Precision Welding
The dual welding zone design, combined with ±10 mm/min transmission accuracy, perfectly suits BGA/CSP and 0201 micro-component welding, eliminating displacement defects.
R&D and Debugging Support
Flexible adjustment of parameters in each temperature zone, supporting eight-line temperature curve testing (△T≤8℃), accelerates lead-free process development.
Multi-scenario Adaptability
From laboratory prototyping to small-scale production, particularly suitable for sample verification in high-reliability fields such as medical electronics and aerospace.
