LED LENS PCBA MAKING MACHINE
LENS PCBA Making machine
HT-E8S-1200 is ETON top sale lens mounter machine, it has 12 heads, also could customized to 16 heads or more different. For lens mounting, it has blue camera to guaratee the mounting precision.
Manufacturing process
LENS Mounting process have two main steps. One for mounting led chip, another main step for mounting lens.
Machine name | Pick and place machine |
Model name | HT-E8S-1200 |
Application components | LED/SMD IC/Capacitor/Lens/Resistor/RGB/etc |
No. of heads | 12 PCS |
No. of camera | 2 PCS |
Theoretical speed | 45000 CPH |
Power supply | 3KW |
Dimension | 2550*1650*1550 MM |
Lens size and type
1. High power LED lamp bead silicone lens
a. Because silicone has high temperature resistance (can also be reflow soldered), it is often used to be directly packaged on LED chips.
b. Generally, silicone lenses are small in size, with a diameter of 3-10mm.
2. High power LED lamp bead PMMA lens
a. Optical grade PMMA (polymethylmethacrylate, commonly known as: acrylic).
b. Plastic materials, advantages: high production efficiency (can be completed by injection molding, extrusion); high light transmittance (transmittance is about 93% at 3mm thickness); disadvantages: temperature cannot exceed 80° (thermal deformation temperature 92 degrees ).
3. High power LED lamp bead PC lens
a. Optical grade material Polycarbonate (PC for short) polycarbonate.
b. Plastic materials, advantages: high production efficiency (can be completed by injection molding, extrusion); slightly low light transmittance (transmittance is about 89% at 3mm thickness); disadvantages: temperature cannot exceed 110° (heat deformation temperature 135 Spend).
4. High power LED lamp bead glass lens
Optical glass material, advantages: high light transmittance (97%), high temperature resistance, etc.; disadvantages: single shape, fragile, difficult to achieve mass production, low production efficiency, high cost, etc. However, at present, very few manufacturers in China have begun to develop glass molding processes and use mold casting to produce glass lenses, which can produce lenses of various shapes and special surfaces.