Ultrashort pulses. Simplified.

The essential
femtosecond
laser.

High peak power. Essential controls. A simple laser designed for straightforward integration, backed by optical systems engineering and laser safety advice from DIY-Optics.

Meet PulseBrick Technical data

Application trials ongoing.

800 fs

Nominal pulse duration

10 W

Factory output setpoint

515 nm

Standard wavelength

up to 25 µJ

Adjustable pulse energy

Specifications shown are nominal. Individual unit performance may vary; measured values are provided in the unit’s test report.

01 / WHY WE BUILD

We needed an
accessible laser,
too.

We met companies with ideas for ultrashort-pulse laser processing who would have been happy with the essential functions.

We faced the same barrier ourselves. We wanted to improve our slit-production equipment to make more precise slits, but even a used laser was beyond our budget.

We had the knowledge and experience to build it. So we decided to focus on the basics, simplify manufacturing and make the technology accessible to more teams.

Essential functionsKeep the controls the application needs.

Simpler manufacturingReduce unnecessary complexity in the product and its production.

Application-led developmentConnect engineering choices to real process requirements.

02 / What PulseBrick offers

Femtosecond pulses.
Two things to set.

We have stripped the source back to the essential functions. The operating concept centres on switching output on or off and adjusting pulse energy.

For the machine builder: a standard air-cooled OEM source, a defined analogue interface and a serial-number-specific test record.

Functions & integration

On / off

A focused operating concept for the integrated machine.

Pulse energy · adjustable up to 25 µJ

Set the pulse energy for your application, with optical output defined by the delivered calibration.

Specifications shown are nominal. Individual unit performance may vary; measured values are provided in the unit’s test report.

03 / Engineering is part of the offering

A simple laser.
A team to help
you integrate it.

We offer optical systems engineering alongside PulseBrick. We can help design your optical system, work through beam delivery and focusing, and advise on laser safety for the integrated machine.

Essential controls and a defined interface keep the source straightforward. Engineering support connects it to the process you want to build.

Design the optics.

Translate your process requirements into an optical concept and a practical beam path.

Integrate the source.

Work through the optical, mechanical and control interfaces of the complete system.

Plan laser safety.

Get advice on application-specific hazards and protective measures during integration.

Optical engineering & integration Discuss your system

04 / What it can do

Your material.
Your process.
A clear next step.

Explore the intended application, define a useful trial and judge the measured outcome. Our main application groups are PCB & Copper, Precision metals, and Glass & transparent materials.

01 / Electronics manufacturing

PCB & Copper

Selective copper removal and track isolation on FR4 with 18 µm and 32 µm copper layers. Start with the board stack, pattern and acceptance criteria.

Application trials ongoingExplore this application ↗

02 / Parts & surfaces

Precision metals

Explore precision processing around the metal, part and feature you need. Define the geometry, quality requirements and inspection for a useful trial.

Application details coming soonExplore this application ↗

03 / Transparent materials

Glass & transparent materials

Start with the exact material and feature. Explore an appropriate route for cutting, structuring or modification through a scoped application trial.

Application scope to defineExplore this application ↗

Evaluate the process.
See the evidence.

Application results will show the material, processing conditions, inspection methods and measured outcomes, so you can assess their relevance to your process. Application trials are ongoing; documented results will follow.

Discuss an application trial All applications

05 / Investors & industrial partners

From a working prototype
to production readiness.

Help take the next step in product industrialisation, production and test capability, and customer qualification.

Investor relations

CHF 700,000

Current financing-round target · convertible loan

IndustrialisationProduct and manufacturing readiness

QualificationPerformance and application evidence

Indicative financing terms are explained on the investor page.

What would you build with it?

Tell us about your material, feature and processing objective.

Start a conversation

The essentialfemtosecondlaser.

We needed anaccessible laser,too.

Femtosecond pulses.Two things to set.