High Vacuum Laser Welder
Problem
High-quality welding results should be possible without great effort and at a reasonable cost.
Wherever the technology has reached a high level of development
and high-quality welding results are necessary, a welding process
in a high vacuum (< 0.003 mbar) is required in most cases.
Welding in a high vacuum takes place in the past with electron beam welders.
Electron beam welders are expensive to purchase and maintain.
They are conditionally flexible in size, complex in the periphery,
complex in the shielding of X-rays and where current flow exists as well as
susceptible to magnetization, which requires a complex demagnetization process.
Facts & Figures
Solution
Vacuum Laser Welder by KTW Technology
Our Vacuum Laser Welder fulfils the requirements of high-quality welding results
(E Beam Welders) at reasonable costs, without big efforts and very flexible in the
dimension of the device.
And ….
Our Vacuum Laser Welder is a real “Vacuum” Laser Welder
(Patent application process is running).
We weld in a high vacuum of 0,00005 mbar !! And not like our competitors,
who weld with a laser in a low-pressure environment (> 300 mbar) or rough vacuum (1…300 mbar).
Product Example
Main Application Areas:
- Automotive
- Aerospace
- Machinery and plant construction
- Electrical industry
- Defense technology
- Railway engineering
- Petrochemistry
- Medical Tech
- Research and Development
- Power engineering / power plant construction / wind energy
- Mining
Key Figures
Our Standard is welding at
0,00005 mBar
0,00005 mBar
Laser Welding in a high vacuum
We combine the advantages of high vacuum with the advantages of laser welding process
The device for laser welding under high vacuum is suitable for
welding a wide range of components, especially where high welding
depths, process reliability and high-quality welding results are
required.
Due to the very pure and oxidation-free weld seam, gas-sensitive
materials such as titanium, zirconium, molybdenum, tantalum,
tungsten, vanadium, niobium and nickel can be welded excellently.
Up to a welding depth of 20 mm our device has the same advantages
as an electronic beam welder, but not the disadvantages
Our devices are ideally suited for the use in a cost-effective mass
production
