Laser made in Germany

If you are interested in laser cleaning and want a real device with laser technology and design Made in Germany, you are in the best hands with EraserLaser. We offer you comprehensive advice and a possible individualization of your laser cleaning device.

We have the lasers produced in Germany. You get a laser cleaning device with a high quality laser source at a very fair price.

If you want to lease an EraserLaser device to clean your machines or objects with it or to offer the Laser Cleaning Service in your workshop or in your craft business, we are the right partner for you. If you want to become self-employed with laser cleaning in Germany or Europe, we will accompany you on your way there.

Your investment in the future of cleaning and removal with laser technology will quickly pay for itself thanks to the fair price. Let’s calculate your project together.

Our laser cleaning devices are calculated in such a way that they earn money with the first hour. With an economic use of 30 minutes per working day, the break-even of the investment has already been reached. With the first completed hour a day you are in gain zone. Have we aroused your interest? Then we like to go into detail together.

You are also welcome to make an appointment with us in the workshop or with our laser representative field service Gerhardt Dietrich under

In addition to the quality of our installed components and your personal and individual instruction, you buy a device from us including the consideration of all specifications and standards necessary for Germany, such as valid test seals and safety equipment. A German guarantee and warranty is just as much a matter of course as the German-speaking and English support. With an EraserLaser device you are not alone after the purchase. We are and will remain your contact person.

We are dealing here with a class 4 laser that works in the range of 1064nm. Protective equipment and measures must be observed in accordance with §5 OStrV i.V.m. TROS, DSGUV11 and DIN EN 60825-1. Safety glasses must be certified for 1064nm according to DIN 207.

We not only have the laser protection officers who accompany you, but also offer you the complete protection package and the advice on it. You can certainly rely on us.

Laser cleaning typically uses fibre lasers – both continuous-wave (CW) lasers and pulsed lasers. Depending on the application, a Gaussian pulse laser or a Top Hat laser may also be used. CW lasers are ideal for heavy-duty applications where speed and power are key, while pulsed lasers allow precise control for efficient, targeted cleaning.

In simple terms: coating thickness doesn’t limit what can be done. Thicker or more stubborn coatings simply require higher energy densities and more overall energy to remove effectively. Lighter layers, on the other hand, need less energy and, depending on the surface, a longer pulse duration for a softer finish. Because laser cleaning works in layers, multiple passes may be necessary for tough coatings – which can be an advantage if you don’t want to remove every layer.

Organic contaminants often require lower energy levels, while inorganic materials need higher energy densities for effective removal. The correct settings depend on the combination of pulse width and pulse frequency relative to the laser source.

Pulse frequency affects heat input and therefore the appearance of the cleaned surface. Higher frequencies can heat the surface faster and may risk damage, while lower frequencies generate less heat but can produce a more aggressive removal. This always interacts with the correctly set pulse width.

The focusing lens concentrates the laser beam to a precise point, improving cleaning accuracy and efficiency. Precise focusing is essential for effectively removing contaminants. The focal distance also directly impacts the treated area and the level of precision – shorter focal distances deliver a more aggressive treatment, while longer distances result in a gentler, broader effect. In addition, the focal distance influences the depth of field.