MASKLESS LITHOGRAPHY SYSTEM POLOS μPrinter(polos micro printer, 마이크로 프린터)
 |
The POLOS μPrinter is a maskless lithography equipment for rapid-prororyping,
(Polos 마스크리스 리소그래피 시스템, 빠른 프로토 타입 제작 가능)
based on a μLCD projection technology, compatible with a wide range of resists and substrates.
-하드마스크를 제작할 필요없이 캐드도면을 웨이퍼나 글래스에 바로 노광하는 방식
Our system can produce any 2D shapes at micron resolution without the need for a hard-mask.
- 하드 마스크 제작 없이 마이크론 단위의 노광 가능
|
 |
Key features
-라이팅 해상도 >2 μm
-Adjustable writing field and resolution with exchangeable objectives
Compatible with CAD files or bitmap images
Compatible with g-line photoresists
Compatible with a wide range of substrates (silicon, glass, metal, plastic, ... )
Compatible with any sample size up to 4” wafer Camera feedback for alignment steps
Key benefits
Time and money saving due to the absence of a hard-mask
lntuitive alignment method with direct overlay of the design on the sample
Table-top with very small foot print
Technology well suited for microelectronics, 2D-materials, microfluidics, optoelectronics, opties or any other 2D microfabrication application |
 |
 |
MASKLESS LITHOGRAPHY SYSTEM POLOS μPrinter(polos micro printer, 마이크로 프린터)
SPECIFICATIONS (polos micro printer, 마이크로 프린터)
Light source |
Exposure: 435 nm; alignment: 525 nm |
Minimum feature size |
Adjustable from 2 to 23 μm |
Alignment resolution |
Down to 1 μm/cm2 |
Maximum exposure area |
75 x75 mm2 |
Substrate size |
Up to 4” wafers |
System dimensions |
W: (36 cm); D: (36 cm); H: (60 cm) |
All-in-one PC |
With Win 10, 24" full HD |
SFTprint software |
Machine control, step-and-repeat, automatic dose test, stitching, alignment |
SFTconverter |
Convertion of standard formats (gdsii, dxf, cif, oas) to bitmap images. CAD software included |
Options and accessories Multiple-sample holder (glass-slide, 4” water, ... )
Objectives (see below) Manual or motorized Z stage with tilt correction Manual rotation stage (360°)
Objective |
1X |
2.5X |
5X |
10X |
Writing field (mm) |
13.6 x 7.7 |
5.4 x 3.0 |
2.7x 1.5 |
1.35 x 0.75 |
Smallest feature (μm) |
23 |
8 |
4 |
2 |