Steel Tube Lasers
Monaco high-power, femtosecond-lasers offer superior edge quality for micromachining and improved scientific applications such as three-photon microscopy.
Monaco high-power femtosecond lasers deliver superior edge quality in micromachining and improvements in scientific applications like three-photon microscopy.
This laser fabrication solution will meet all your needs. It also delivers process quality, efficiency, and precision to both metal- and non-metal fabrication.
The TruLaser Tube 5000 fiber attains record speeds. It maximizes the potential of solid-state lasers. This allows users to have fast processing times and access to many possible parts.
Cambus Medical uses Coherent StarCut Tube to cut tubes and Select Laser Welders in order to build business success.
Shape laser technology allows complete customization and cutting-to-length capabilities in just a single step. You can make finished or semifinished parts from the raw material.
StarCut Tubes SL is a laser cutting system that provides high accuracy, superior reliability, as well as high performance for cutting complicated medical devices such stents.
PowerLineC CO2 laser-based systems that can precision drill, cut, scribing mark, and emboss many non-metals like glass and organic material.
You can find laser systems that are high-precision and fast for cutting, welding and marking metals and plastics.
You don't need to spend a lot of money or be very technical in order to have your own laser tube cutting. Anybody can cut like no one has ever seen, from students to engineers.
These machines are rock-solid and have a mineral-cast base. They offer precision contour cutting accuracy of +/- 5um. You can choose from a fiber laser or the most recent Monaco USP laser for fine cutting any metal or polymer.
The most productive solution to tubes of any section. Tubes upto O 6" (152.4mm).2D cutCO2 (or fiber laser).
With diameters ranging from 10 to 324 millimeters and pipe and profile lengths up to 12.5 meters, our system solutions offer the largest available selection for the flexible production of small and large series.
Another consideration is the fiber laser’s briefcase-sized modules—they allow for redundancy. If one module has a problem, the resonator doesn’t shut down completely. The fiber laser is redundant in a way that the other modules can produce more power temporarily to support the down module until repairs can be completed—which, by the way, can be done in the field. Other times the fiber resonator can continue producing reduced power until repairs can be made. Unfortunately, if a CO2 resonator has an issue, the entire resonator is down, not just in a reduced-power mode.