Harness the power of light.SM
SCREEN
Components

Where quality meets precision.

Modules

Explore our GLV modules, available in 1088 and 8192-channel configurations, designed for amplitude or phase modulation across UV, visible, and near-infrared wavelengths.

Modules

Controllers

SLM provides controller cards for evaluation and production.

Controllers

Solutions

Ready-to-implement solutions provide access to our latest technologies.

Development Kits

A development kit consists of the GLV® module, controller board, firmware, interface cables and operating manual.

Dev Kits

Integrated Solutions

A high-throughput laser micro-machining platform using a programmable multi-spot line beam achieves over 30x the throughput of single-spot systems.

Solutions

Technology

Grating Light Valve (GLV®)

GLV® is a high-performance MEMS device used to modulate or deflect light through diffraction.

GLV®

Planar Light Valve (PLV)

PLV is a 2D version of the GLV® spatial light modulator with a larger illuminated area and more power per pixel.

PLV™

Displacement Phase Modulator (DPM)

Non-contact ribbon or piston optical phase modulators steer and shape laser beams for a wide range of applications.

DPM™

Company

Silicon Light Machines designs and manufactures robust MEMS solutions for industry in the heart of Silicon Valley.

Who is Silicon Light Machines?

Our company's name reflects its Grating Light Valve (GLV®) core: Silicon for materials, Light for optics, and Machines for mechanics.

About SLM

SLM Milestones

Silicon Light Machines (“SLM”) began in 1994 as Echelle Inc. with the goal of commercializing the GLV® for high-resolution display.

SLM History

Digital Printing

CTP plate-setters of the highest productivity in the world.

Computer-to-Plate or “CTP” imaging refers to direct transfer of digital content onto the aluminum plates used in offset printing. This involves exposing meter-scale flexible aluminum substrates to high-intensity, near-infrared laser light in order to thermally modify the surface. High-laser power levels are required: up to 80W on a single GLV® device and power densities of 10kW/cm2.

Resolution and throughput are key attributes for these systems. CTP image content is characterized by binary and halftone (dot) images up to 4000 dpi (6.4 µm features), and SCREEN plate-setters can process up to 70 B1 format plates per hour.

The high-speed, high-power handling, and precise intensity and timing control of the GLV® make it an ideal modulator for this application. SCREEN has been selling the GLV®-based plate-setters since 2003 and has sold more than 5,000 units in total while maintaining the top market share in the world.

SCREEN PlateRite HD 8900 - Computer-to-Plate (CTP)

SCREEN PlateRite HD 8900 - Computer-to-Plate (CTP)

Resources

Further information and application notes

Computer-to-plate printing using the Grating Light Valve™ device

Describes the successful implementation of the Grating Light Valve (GLV®) device as a spatial light modulator in commercial computer-to-plate (CtP) systems for the graphic arts industry.

Download

Maskless Lithography

Embracing the future with maskless solutions.

UV amplitude modulation for high throughput sub-micron resolution maskless lithography.

Laser Material Processing

Higher productivity in laser material processing.

Black marking for logos, text, and even halftone images. Plus etching, polishing, thin film removal, and more.

Spectral Shaping

Effective spectral shaping for a broad range of applications.

Dynamically shape light spectra at high speeds for industrial, medical and communication applications.

3D Printing

Accelerate productivity of plastic additive manufacturing process.

High power CW patterned swaths for intricate and large piece plastic sinter AM at high throughput.

Digital Printing

CTP plate-setters of the highest productivity in the world.

Beautiful 2400 dpi print plates created in record time.

Display

High-performance display applications.

The original application - vibrant, borderless pixels. From large format to micro display.

Emerging Technologies

Endless possibilities with high speed MEMS.

Microscopy, novel computing, optical communications, sensing - endless possibilities for amplitude and phase modulation.