385nm UV Oven Closed UV Curing Box 3D Printing Curing

385nm UV Oven is for 3D printing curing. Closed UV Curing Box do not leak light and is used NICHIA light beads, imported UV LED Light Source.

Advantages of 385nm UV Curing Chamber :

Fast curing, good effect

No light leakage, no harm to the body

385nm UV Oven Parameters :

Application areas of UV Curing Chamber :

Microelectronics Industry - UV Light Curing Applications  

1 , mobile phone component assembly (camera lens, earpiece, microphone , housing , LCD module , touch screen coating, etc.)   

2 , hard disk head assembly (gold wire fixing , bearing , coil ,  die bonding, etc.)  

3 , DVD / digital camera (lens , lens bonding, circuit board reinforcement)

4 , motor and component assembly (wire , coil fixed, coil end fixed , PTC / NTC component bonding , protection transformer core)   

5 , semiconductor chip (moisture protection coating , wafer mask , wafer contamination inspection , UV tape exposure , wafer polishing inspection)   

6 , sensor production (gas sensors, photoelectric sensors, fiber optic sensors, photoelectric encoders, etc.)

7, 3D printing curing

PCB industry UV LED Exposure Box application

1 , components (capacitors , inductors , various plug-ins , screws , chips, etc.) fixed

2 , moisture-proof potting and core circuit, chip protection , antioxidant coating protection

3 , circuit board type (corner) coating

4 , ground wire , flying wire , coil fixed

5 , wave soldering through hole mask

Medical device UV Light Curing System application

UV glue bonding makes economical automated assembly of medical devices easier. Nowadays , the  advanced LED UV light source system , which can cure solvent-free UV glue for a few seconds , as well as the dispensing system , makes an effective and economical method for consistent and repetitive bonding of medical device assembly processes. The optimization and control of  UV light sources is very important for the manufacture of reliable medical devices. The use of UV-curable glue offers many advantages ,  such as lower energy requirements , saving cure time and location ,  increasing productivity and  making automation easier.  UV glue is commonly used to bond and seal medical devices that require very high quality and best reliability. UV glue curing Typical applications are in the medical device assembly , such as the need bond 1)  of different material ( or different mechanical properties ) 2)  material is not thick enough , can not use the soldering 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 positioning    8 , tubular drainage device    9 , tracheal tube    10 , blood oxygenator    11 , hearing aid    12 , detection , monitoring , and imaging equipment    13 , biochip    14 , bonding PVC, thermoplastic ( polycarbonate) Fat and ABS) 

Optical Industry - ST-UVLED Light Curing Applications  

1 . Optical component assembly (lens group , prism , optical engine assembly)     

2 . Image instrument assembly (microscope , endoscope , infrared , night vision , probe, etc.)

 Optical communication industry UVLED light curing application  

1 . Passive components (wavelength division multiplexer WDM, array grating waveguide AWG, optical splitter SPLITTER, optical isolator ISOLATOR, optical coupler COUPLOR, etc.) , various glass package structure bonding or potting , fixing of small components Wait.  

2 . Active devices (coaxial devices TOSA/ROSA/BOSA, VCSEL , laser collimators, etc.), especially FTTX low-cost miniaturized plastic package structures  

3 . Fiber optic cable (overcoat , marking , bonding, fiber optic gyroscope)

Research and Institute - ST-UVLED Light Curing Application

1. Polymer chemistry ( nano coating , photocurable resin , photosensitizer , monomer , UV ink, etc. )

2 , medical polymer materials ( medical plastics , catheters ), microorganisms

3 , photochemistry  ( photocatalysis , photoexcitation , photosynthesis, etc. )

4 , semiconductor  ( light accelerated etching , cutting , uv tape, etc. )