Based on the process requirements and factory conditions of different production scenarios, the following provides selection options for three typical scenarios:
1. Small and Medium-Sized PCBA Fabricators: Single-Sided Spray Curing
Production Requirements: The workpiece is primarily PCBA boards, requiring single-sided solder mask and conformal coating curing. The production scale is medium, with a low degree of automation and fixed process parameters. This places high demands on equipment procurement costs and ease of operation. Workpiece sizes range from 150mm (mobile phone motherboards) to 350mm (industrial control panels). Recommended Model: MFS300S-2B/C
Choice Criteria: This model is designed specifically for PCBA spray coating processes. Its adjustable conveyor width of 100mm-400mm covers the current range of workpiece sizes. The basic control mode meets fixed process parameter requirements, simplifies the operation process, and reduces labor training costs. No intelligent module integration is required, keeping procurement costs manageable. The light source unit's energy density of 1200mW/cm²-1400mW/cm² meets the curing strength requirements for single-sided solder mask and conformal coating, ensuring product yield.
2. Large-Scale Electronics Manufacturing Enterprises: Batch Double-Sided Adhesion Curing
Production Requirements: Workpieces primarily consist of double-layer PCBs and three-dimensional components, requiring simultaneous curing of both sides. Large-scale production, with a smart factory architecture and an MES system in place, requires automated production process integration and real-time traceability of process parameters. Stringent requirements for production efficiency and product yield are in place, minimizing quality fluctuations caused by manual intervention. Recommended Model: MFD300S-4F
Selection Criteria: This model's dual-irradiation unit layout enables simultaneous curing of both sides of the workpiece, increasing daily workpiece throughput by over 2,000 pieces, meeting mass production requirements. The MES system linkage function supports data exchange between the equipment and the factory management system, uploading key parameters such as furnace chamber temperature and conveyor speed in real time. When the furnace temperature exceeds the 90°C threshold or the conveyor speed is abnormal, the system triggers an automatic alarm to prevent batch defects. A case study at an electronics company showed that this model reduced the curing defect rate of double-sided camera modules from 3% to 0.5%, significantly improving product yield.
3. Precision Component Production Workshop: Small-Batch Single-Sided Precision Curing
Production Requirements: The workpieces primarily consist of small sensors and connectors, including heat-sensitive components, requiring single-sided curing. The production scale is small, batch sizes are low, and workpiece sizes vary widely (10mm-200mm). High temperatures must be avoided to damage heat-sensitive components. Key process parameters must be monitored to ensure consistent quality during small-batch production. Recommended Model: MFS300S-2F
Choice Criteria: This inline UV Curing Oven's intelligent monitoring function precisely controls the chamber temperature to ≤90°C, preventing heat damage to heat-sensitive components on the workpiece. Its adjustable conveyor width (100mm-400mm) accommodates workpieces of varying sizes, meeting the flexibility required for small-batch, multi-format production. Real-time conveyor speed monitoring ensures that workpiece exposure time matches the curing process, preventing uneven curing quality caused by speed fluctuations and ensuring consistent yield for small-batch production.
