Examples of using Solid-state laser in English and their translations into Korean
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Programming
-
Computer
Productive machine with solid-state laser.
Efficient and economical The solid-state laser guarantees a high level of efficiency and an excellent energy balance.
Rack Mounted Water Chiller RM 300 for Cooling Advanced Optowave Solid-State Laser 2019-01-16.
Pulsed or continuous wave solid-state lasers are used in such applications.
At the LASER trade show, HAAS-LASER presents a study for the first multi-kilowatt continuous wave solid-state laser designed for industrial use. 1992.
Productive machine with solid-state laser To the product TruLaser Series 8000.
It's able to cool a single100W CO2 laser tube, a single 5KW spindle or welding equipment or a single 5W-10W solid-state laser.
Passat manufactures diode-pumped solid-state lasers and DPSS laser components.
It's able to cool a single 80W CO2laser tube(emitting rate higher than 60%), a single 5KW spindle or welding equipment or a single 5W-10W solid-state laser.
TruControl is the control software for your TRUMPF solid-state laser – for quick and simple operation.
TruDisk: Sharper than the sharpest mind The new TruDisk generation of disk lasers: TRUMPF presents the most advanced and most intelligent high-power solid-state lasers developed so far.
TRUMPF enters the world of solid-state lasers with a shareholding in HAAS LASER GmbH in Schramberg.
CW-6200AN: Applied to cool a single 200W co2 metal RF laser tube or a single 600W co2 glass laser tube or a single 200W semiconductor laser or 400W solid-state laser or a single 600W-1000W fiber laser or a single 45KW CNC spindle;
Optimum cutting result The TruDisk solid-state laser and high-quality cutting data produce the best possible results.
Solid-state lasers enable you to cut quickly, in particular when cutting thin sheet. This is made possible by their emitted radiation, which has a wavelength of around 1.03 μm. This means the energy is absorbed more intensely by the material than with a CO2 laser, which has a wavelength of 10.6 μm.
Due to the modularity of the majority of solid-state laser devices, they can be equipped with additional outputs even after purchase.
S&A CW-6000 industrial water chiller systems are applied to cool 3*100W co2 glass laser tube or 4*80W co2 glass laser tube or a single 100W co2 metal RF laser tube or a single 100W solid-state laser or a single 30W-300W fiber laser or a single 22KW CNC spindle.
Due to the short pulse duration, the UV solid-state lasers reliably detach the sensitive display film from the carrier substrate.
S&A CW-6100 industrial water chiller systems with excellent refrigeration performance are applied to cool 2*200W co2 glass laser tube or a single 400W co2 glass laser tube or a single 150W co2 metal RF laser tube or a single 150W semiconductor laser or a single 150W solid-state laser or a single 300W-600W fiber laser or a single 36KW CNC spindle.
In this way, it is possible to use the solid-state laser at one or more processing stations, with a time or energy split.
S&A CW-6100 industrial water chiller systems withexcellent refrigeration performance are applied to cool 2*200W co2 glass laser tube or a single 400W co2 glass laser tube or a single 150W co2 metal RF laser tube or a single 150W semiconductor laser or a single 150W solid-state laser or a single 300W-600W fiber laser or a single 36KW CNC spindle.
Due to its outstanding beam quality, the solid-state laser is ideally suited to the typical cutting applications performed using the TruLaser Cell.
S&A CW-6200 industrial water chillers with 5100W cooling capacity and±0.5℃ precise temperature control are applied to cool 3*200W co2 glass laser tube or a single 200W co2 metal RF laser tube or a single 600W co2 glass laser tube or a single 200W semiconductor laser or 400W solid-state laser or a single 600W-1000W fiber laser or a single 45KW CNC spindle.
In conjunction with pulsed or continuous wave solid-state lasers, they weld points and seams without the need to move the workpiece or the focusing optics.
The beam sources used are CO2 lasers from the TruFlow product group and solid-state lasers from the TruDisk and TruDiode product groups.
Customers who already have a TruDisk solid-state laser can also use this to operate the TruMatic 1000 fiber via the Trumpf laser network.
The TruLaser Station 5005 can be used with all fiber-guided TRUMPF solid-state lasers with laser powers of up to 1000Â W.
The TruMicro 8320 is the most powerful UV solid-state laser in the world and achieves significantly better absorption in certain materials due to the short wavelengths.
The scanning laser used in this unique solution is a nanosecond pulsed, diode-pumped solid-state laser operating at 355 nm provided by TRUMPF AG(Ditzingen, Germany).
CW-6000AN: Applied to cool a single 100W solid-state laser or a single 30W-300W fiber laser or a single 22KW CNC spindle;