Lasermach® offers an exceptional choice of
CNC Laser cutting machines, laser Welding machines, Laser Cleaning Machines, Laser Marking Machines and technologies for processing of metal plate, metal sheet and metal tube materials.
FAST, economical and safe handheld laser welding with fiber laser beam
Replacing the previously convnetional MIG, TIG and MAG welding systems with a WOBBLE+ series fiber laser welding unit not only made welding much faster and economical but it also facilitates the welding of molds, advertising characters, kitchen utensils, doors and windows, etc., but also makes laser welding possible in in- and outdoor operations, which indicates that the traditional welding of electric welding, argon arc welding, etc. will be replaced by laser welding.
Wobble+ Serie : perfect handheld fiber laser welding machine
Weld till 70% faster
Rework till 90% less
Consume till 60% less energy
FASTER, More Precise, economical and safe Robot-Cobot laser welding with fiber laser
Replacing the previously convnetional MIG, TIG and MAG welding systems on every robot with a WOBBLE-R+ series fiber laser welding unit not only made welding much faster and economical but it also facilitates the welding of molds, advertising characters, kitchen utensils, doors and windows, etc., but also makes laser welding by robot accessable to any company, which indicates that the majority of traditional welding of electric welding, argon arc welding, MIG, TIG, MAG, etc. will be replaced by laser welding.
WobbleR+ : Ready made fiber laser welding packages for robot end cobot
Due to their excellent beam quality, fiber lasers are the first choice for diverse applications in the field of laser precision cutting and welding, as well as in micro-materials processing and laser marking.
Fiber lasers are compact and rugged, don't go out of alignment, and easily dissipate thermal energy.
They come in many forms, sharing technology with other type of lasers but providing their own unique advantages.
Fiber lasers: The state of the art
NO Sawblade costs
Lowest cost per cut available on the market.
Special for round tubes
No Tooling cost
ZERO SET-UP TIME
CLEAN INTERIOR (patented technology)
Using a Laser for cleaning is a process that removes debris, contaminants, dirt, or impurities (e.g. silicon cleaning, rubber cleaning, coating cleaning, carbon cleaning, etc) from material surfaces by using laser irradiation. With the development of science and technology, a new type of cleaning method appeared: laser cleaning, gradually replacing the traditional cleaning process. Laser cleaning uses a high-energy laser beam to irradiate the working surface, so that the dirt on the surface evaporates or peels off instantly, and effectively removes the surface adhesion or surface coating of the cleaning object at a high speed, so as to achieve the purpose of cleaning.
The benefits of using a laser cleaner are that it is extremely environmentally-friendly, has low maintenance and implementation costs, and has a widespread application use throughout almost any global industry.
Our laser cleaning technology provides a non-contact, cost-effective and environmentally friendly alternative to traditional techniques, which require the use of chemical or abrasive elements. Because they are fast, flexible, and robust, our laser cleaning systems can be effectively integrated into industrial machines to remove surface contaminants, such as rust, oxide or paint, and to pretreat the surface before subsequent manufacturing steps and texturing.Industrial cleaning is applicable in nearly every industry and can be applied to glass, ceramics, metals, concrete, plastics and much more. Laser cleaning is a non-contact, environmentally friendly process for removal of surface coating from metals, concrete and delicate substrates such as composites – with minimal impact on the base material. Lasermach portable system expands the cleaning from the floor to the field. Industrial Laser cleaning and surface removal can be applied to surfaces of bridges, aircraft, large vehicles, trains, cleaning tire remolds, laser mold cleaning, etc – in addition to small parts and sensitive materials.
Laser Cleaning Applications:
- High Power Laser Surface Cleaning
- High Power Laser Surface Treatment
- Induced Surface Improvement
- Uniform Surface with Low HAZ
- High Power Laser Paint Removal
- Subtractive Surface Treatment
- Surface Texturing
- Cosmetic Surface Conditioning (Replaces Bead Blasting)
- Tire Mold Cleaning
- Mold Cleaning
- Selective Paint Removal
- Metal Parts Cleaning
- Anodizing Removal
- 3D Surface Cleaning and Conditioning
- Laser Cleaning
- “On-The-Fly” Laser Cleaning
- Laser Ablation (Anodized, Painted or Coated)
- Laser Paint Stripping and Removal
- Laser Rust and Corrosion Removal
- Laser Degreasing
The most important advantage of the fiber laser engraving machine is its capacity to engrave and mark all metals at high speed. The fiber laser can also mark different non-metals, but the result on these materials will often be less qualitative than with a UV laser machine. The higher power makes it practically impossible to neatly engrave plastics such as ABS and PLA, making edges ragged and you feel the engraving when you rub it.
At present, there are two types of pulsed fiber laser source used in fiber laser marking and engraving:
Q-Switched pulsed fiber laser
MOPA pulsed fiber laser.
Q-Switched pulsed fiber laser was introduced already many years ago, so they currently occupy a large processing market but losing heavily now against the newer MOPA technology. The much more high tech MOPA fiber laser has only gradually developed in recent years. The MOPA system can do all the work that can be done with a Q-switch fiber machine but it allows greater adjustment of parameters with a larger scale of processable materials and with better results like choosing a narrower pulse width, high frequency rate with short duration of heat and other parameters that can be adjusted to achieve the most desired effect, for example black marking in aluminum.
MOPA presents two major advantages when compared to the Q-switch:
- Color marking in stainless steel. The Q-switch fiber laser marking machine can also mark colors in stainless steel, but its color is not bright and the range of colors quite limited. With MOPA fiber laser, it is possible to record in color only by adjusting parameters of speed, power, pulse width and frequency. It's a lot easier than on the Q-switch machine!
- Black marking in anodized aluminum. The Q-switch can only make a colorless mark on all types of aluminum. Only MOPA can mark black anodized aluminum. In addition, we know that marking in plastics is complex and some types of plastics can not be laser-marked. Very malleable plastics can usually only be marked with MOPA. It is worth remembering that all work with plastics must undergo tests to confirm the final quality of the marking.