Desktop masklesslithography.
Sized for the lab bench, built for serious patterning.
<0.4 µm resolution · seamless stitching

Patterned with BEAM.
Real samples, real labs.
One engine, built to grow.
The optics engine is a module of its own — choose it, swap it, and upgrade it independently of the stage. One platform spans entry resolution to 16-bit greyscale, and grows with your process.
- 01Modular optics engine — swap or upgrade the optics and DMD anytime
- 02Swappable objectives — one platform from 0.4 µm resolution to high-throughput exposure
- 03Upgradeable to Advanced — 3K DMD, 16-bit greyscale, dual 365 / 405 nm sw-select
Consistently submicron.
BEAM pairs large numerical-aperture optics with custom-matched compensation optics for diffraction-limited resolution — across the full wafer.
| Objective | Min feature | Write speed |
|---|---|---|
| 50× | < 0.5 µm | 3 mm²/min |
| 20×Standard / Advanced | 0.8 µm | 15 mm²/min |
| 10×Lite | 1.5 µm | 60 mm²/min |
| 5× | 3.0 µm | 200 mm²/min |
| 2.5× | 6 µm | 500 mm²/min |
Highlighted = each engine’s standard objective. Gen 2 Lite is limited to 10× and below.
Technical specifications.
Every BEAM is two modules — a stepper + an optics engine — specified independently.
| Stepper (Mk2) | BEAM | BEAM XL | BEAM XL8 |
|---|---|---|---|
| Max writing area (mm) | 106 × 106 | 150 × 150 | 200 × 200 |
| Max sample size (mm) | 130 × 130 | 150 × 150 (6″) | 200 × 200 (8″) |
| Back-side alignment | — | Option · dual camera | Option · dual camera |
| Vacuum chuck | Option | ||
| System size (mm) | 310 × 340 × 335 | 370 × 360 × 340 | 435 × 475 × 338 |
| Optics engine (Gen 2) | Lite | Standard | Advanced |
|---|---|---|---|
| DMD resolution | 1920 × 1080 | 1920 × 1080 | 3K |
| Grayscale | 8-bit · 256 | 8-bit · 256 | 16-bit · 65,536 |
| Wavelengths (nm) | 405 / 365 | 405 / 365 | 365 + 405 sw-select |
| Objectives | 10× and below | 2.5× – 50× | 2.5× – 50× |
| Min feature (µm) | 1.5 | < 0.4 | < 0.4 |
Key specifications
Front-page figures = demonstrated performance; this table lists guaranteed specifications, subject to change. Full spec sheet in the .
Less time in cleanroom.
BeamXplorer was designed to be intuitive. WASD navigation. Right-click anywhere to get there.
- 01Auto image-recognition aligns multilayer jobs in minutes
- 02Batch-queue exposures and walk away — abort-safe job queue
- 03Inspect, focus-profile and wafer-map without leaving the tool
- 04Develop greyscale dose like a photo — for true 3D microstructuring
Draw masks in your browser.
Glyph is BEAM's companion design tool — a free GDSII mask editor that runs entirely in your browser. No install, no upload; your designs stay on your machine.
- 01AI-assisted drawing — prompt Claude to draft your layout, with one undo step per prompt so you can iterate safely
- 02Bring sketches, photos, or microscope captures straight in. Trace Bitmap converts them into editable GDS polygons
- 03Modern direct manipulation — alignment guides, dynamic-input HUD, AutoCAD-style precision drafting
Advanced lithography
for more labs.
NANYTE builds compact maskless lithography tools for labs that need serious patterning capability without the footprint, cost, or complexity of legacy systems.
Behind BEAM is a small team of engineers and scientists who built every component from the ground up — optics, controllers, software. Making lithography this compact wasn't about shrinking what existed; it required redesigning what's inside.













BEAM is designed and manufactured by NANYTE (Singapore). The same system is also offered as POLOS® BEAM through Semiconductor Production Systems (SPS) and distributed by SIMTRUM — all the identical NANYTE-built tool.
Frequently asked.
Have a question that isn’t answered here?
Talk to an engineer.
If BEAM looks like a tool you need, we'll arrange a demo — in your cleanroom or ours.
Singapore 368355
















