Product
NEMST-D2002R2RII_52
520 mm Reel-to-Reel Plasma Desmear Machine (520 mm Standard Type for 36~140μm)
![520 mm Reel-to-Reel Plasma Desmear Machine (520 mm Standard Type for 36~140μm)](/Page/Product_Pic/af6187dc17bd46d4981b93235676ca61.jpg)
![520 mm Reel-to-Reel Plasma Desmear Machine (520 mm Standard Type for 36~140μm)](/Page/Product_Pic/af6187dc17bd46d4981b93235676ca61.jpg)
- High Density Plasma Source (ICP) electrode design provides fast etch rates.
- Instant tension control.
- The rewinding and unwinding is on the same side, which is convenient for operation and shortens the loading and unloading time.
- It equip with the laser benchmark, it can mark the winding and unwinding paths,so it speed up material to exchange time.
- It equip with the cutting table that increase convenience and speed up the time to change materials.
- Equipped with OPG Corrector of material paths(EPC).To make use of θ angle or Y-axis receive meterial.
- Each electrode have independent circulation of cooling water that can reduce the temperature gradient and increase the etch uniformity.
- Equipped withe a temperature controller is provide to control the electrode temperature, that can maintain the process of steady .
- Equipped with a process temperature detector that can feedback and regulate chamber temperature to maintain the process of stability .
- 1. 3~5 m/min high-speed plasma desmear treatment, which is 2~3 times faster than the industry peers.
- 2.Suitable for plasma treatment of 520 mm film material(also can apply to 260 mm).
- 3.Suitable for plasma treatment of 36 um and thinner film materials.
- 4.High precision winding of ± 0.5 mm.
- 5.Suitable for a variety of different tension materials.
- 6.Suitable for all kinds of flexible circuit boards or the membranes.
- 7.The operation is simple, and the metrial set convenience of loading and unloading.
- The flexible circuit board (FPC) desmer/removal Residue/surface modification in the hole.
- COF desmer/removal residue/surface modification in the hole.
- Any film material cleans/activated/modified on the surface.