PROCESSWafer in · chip out

Six steps. One shift.

A complete lithography cycle takes about 38 minutes inside the box.

Step
01
T+00:30

Load wafer

Drop a 50 or 100 mm wafer into the chuck. The HEPA-filtered chamber settles in seconds.

Telemetry
step   01
phase  load wafer
t+     00:30
state  ok
Step
02
T+02:00

Resist coat

Closed-loop spin coater lays down photoresist at the thickness you set — 0.7 to 2.5 µm.

Telemetry
step   02
phase  resist coat
t+     02:00
state  ok
Step
03
T+00:45

Mask gen

On-device geometry engine rewrites your GDS for the optics: OPC, SRAFs, per-field dose.

Telemetry
step   03
phase  mask gen
t+     00:45
state  ok
Step
04
T+12:00

Expose

365 nm i-line projection optic walks the stage field by field. Closed-loop dose & focus.

Telemetry
step   04
phase  expose
t+     12:00
state  ok
Step
05
T+01:30

Develop

TMAH puddle develop, rinse, dry. The wafer comes out with your layout in resist.

Telemetry
step   05
phase  develop
t+     01:30
state  ok
Step
06
T+00:20

Inspect

Bright-field camera scans the wafer, flags defects and CD outliers, logs the run.

Telemetry
step   06
phase  inspect
t+     00:20
state  ok

07Materials

What you can run through it.

Substrates
Si · SiO₂ · SiN · glass · sapphire
Resists
i-line positive · negative · LOR lift-off
Developers
TMAH 2.38% · custom puddle programs

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