1. Assembly of mobile phone components (camera lens, receiver, microphone, casing, LCD module, touch screen coating, etc.). )
2. Hard disk head assembly (gold wire fixing, bearing, coil, chip bonding, etc.). )
3.DVD/ digital camera (lens, lens bonding, circuit board reinforcement)
4. Assembly of motor and components (wires and coils are fixed, coil ends are fixed, PTC/NTC components are bonded to protect transformer core)
5. Semiconductor chip (moistureproof protective coating, wafer mask, wafer contamination inspection, ultraviolet band exposure, wafer polishing inspection)
6. Sensor production (gas sensor, photoelectric sensor, optical fiber sensor, photoelectric encoder, etc. )
Application of LED UV curing in PCB industry
1. Fixation of components (capacitors, inductors, various plug-ins, screws, chips, etc.). )
2. Moisture-proof potting, core circuit and chip protection, and antioxidant coating protection.
3. Conformal (corner) coating of circuit board
4. The grounding wire, flying wire and coil are fixed.
5. Wave soldering through the mask.
Application of LED UV curing in medical devices
UV glue bonding makes the economical and automatic assembly of medical equipment easier. Now, the advanced LED ultraviolet light source system can cure solvent-free UV glue in a few seconds, and so can the dispensing system, which is an effective and economical method to form consistent and repeated adhesion in the assembly process of medical devices. The optimization and control of ultraviolet light source is very important for manufacturing reliable medical equipment. The use of ultraviolet curing glue provides many advantages, such as lower energy demand, saving curing time and location, improving productivity and easier automation. UV glue is generally used to bond and seal medical devices, which requires very high quality and the best reliability. UV glue curing is generally used for medical device assembly, such as bonding 1) different materials (or different mechanical properties) 2) materials are not thick enough to use welding method 3) pre-production of sub-parts. .
1. anesthesia mask 2. Syringe?
3.catheter? 4. Intravenous infusion tube?
5. Vascular implant accessories? 6. endoscope?
7. Arterial location 8. Tubular drainage device?
9. endotracheal tube? 10. Blood oxygenator
1 1. Hearing aid? 12. detection, monitoring and imaging equipment
13. Biochip 14. Viscous PVC, thermoplastics (polycarbonate and ABS)
Optical industry-application of UV curing of ST-LED
1. Optical component assembly (lens group, prism, optical engine assembly)
2. Assembly of imaging instruments (microscope, endoscope, infrared instrument, night vision device, probe, etc.). )
Application of LED UV curing in optical communication industry
1. Passive devices (wavelength division multiplexer WDM, arrayed grating waveguide AWG, optical splitter splitter, optical isolator isolator, optical coupler coupler, etc. ), bonding or potting of various glass packaging structures, fixing of tiny components, etc.
2. Low-cost miniaturized plastic packaging structure of active devices (coaxial devices TOSA/ROSA/BOSA, VCSEL, laser collimator, etc.). ), especially FTTX.
3. Optical cable (external coating, marking, bonding, fiber optic gyroscope)
Research institution-application of ST-LED ultraviolet curing
1. Polymer chemistry (nano-coating, light-cured resin, photosensitizer, monomer, UV ink, etc. )
2. Medical polymer materials (medical plastics, catheters) and microorganisms
3. Photochemistry (photocatalysis, light excitation, photosynthesis, etc.). )
4. Semiconductor (light accelerated etching, cutting, uv tape, etc.). )
Other applications
Uv analyzer, biological genetic engineering, molecular genetics, medical and health care, biological products, drug research, health and epidemic prevention, dye chemical industry, petrochemical industry, textile industry, public security and law departments, cultural relics and archaeology departments, all departments that need fluorescence analysis and verification can use it.