20+ years of proven capability and reliability
Since 1997, Laserline has been pioneering in the field of high power diode lasers for industrial materials processing. The company has an impressive track record of dynamic product line development and company growth.
Laserline fibre coupled diode lasers are used in many different manufacturing processes around the world, with a well-proven capability and reliability for numerous applications.
They are incredibly efficient lasers, offering up to 25 kW power as standard. And they can achieve this with 50 per cent efficiency, meaning that for every 1 watt of output, only 2 watts of input is required.
Laserline also supplies direct diode lasers for some specific applications like pumping and custom tasks.
What does Laserline manufacture?
Infrared fibre coupled high-power diode laser
Primarily used in Australia and New Zealand for cladding and metal deposition for the mining and gas/oil industries. Laserline’s range of infrared fibre coupled high-power diode lasers is also suitable for welding, brazing, heat treatment, and other industrial applications such as CFRP tape laying.
As well as offering incredible power and reliability, many of their systems are compact for reduced operational costs.
Blue fibre coupled high-power diode laser
Process highly reflective materials, such as copper or gold, with a stable melt pool. When compared to lasers in the 1-micron range, the materials absorb up to 20 times more of the 450 nm wavelength.
New advancements such as heat conduction welding of thin copper foils is possible. Their use in hybrid applications allow you to weld thicker material without spatter.
Transform metal for greater strength
Laserline high power diode systems enable the creation of a new surface layer to the substrate. The use of a Laserline Diode Laser permits a controlled heat treatment process which is critical for cost saving for industries linked with repairs- E.g. mining, heavy industrial applications, power generation, and shipping.
Diode lasers as the ideal solution for the electrification of the drying process
New drying optics enable ultra-wide-beam technology of over 1.5 meters using Laserline diode lasers >20 kW. Particularly suited to the classic roll-to-roll process for drying polymer dispersions, printed electronics, electronic security labels or polymer solar cells. Already implemented in the production of lithium-ion batteries for electric vehicles for drying the electrically conductive paste (slurry) applied to the copper foils of battery electrodes.
