Supplier Directory Subscribe
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement
Home / Metal Forming & Fabricating / Plasma Cutting Systems

Plasma Cutting Systems

This technology forces oxygen, nitrogen, argon, or even shop air through a small nozzle orifice inside a torch to create a high pressured gas flow, then introduces an electric arc started from an external power supply to generate an extremely high temperature plasma arc that can quickly pierce through a very wide range of electrically conductive alloys, including plain carbon and stainless steels, aluminum and its alloys, nickel alloys and titanium, and blow away any molten material. Because the cost of a plasma torch is low, traditional systems fit several torches to a cutting table and move the torches while the sheet of material being cut is held stationary.

Ultra-High-Power Lasers Tackle Ultra Heavy Plate

Ultra-High-Power Lasers Tackle Ultra Heavy Plate , Tom Bailey, TRUMPF Inc., CO2-based laser sources, 7 kilowatts, 8 kilowatts, CO2 laser technology, solid-state lasers, gas lasers, 20,000 watts of output power, 10,000 watts, 12,000 watts, fusion-cut greater thicknesses of mild steel, dominant laser source technology, 1-micron wavelength solid-state lasers

With more than 20 kilowatts of power available, cutting thickness limits can be pushed to as thick as 2”, allowing fabricators to bring the speed, precision and cutting quality of the laser to a new range of parts and products.

Plasma Cutting Systems: Articles

Ultra-High-Power Lasers Tackle Ultra Heavy Plate

Ultra-High-Power Lasers Tackle Ultra Heavy Plate , Tom Bailey, TRUMPF Inc., CO2-based laser sources, 7 kilowatts, 8 kilowatts, CO2 laser technology, solid-state lasers, gas lasers, 20,000 watts of output power, 10,000 watts, 12,000 watts, fusion-cut greater thicknesses of mild steel, dominant laser source technology, 1-micron wavelength solid-state lasers

With more than 20 kilowatts of power available, cutting thickness limits can be pushed to as thick as 2”, allowing fabricators to bring the speed, precision and cutting quality of the laser to a new range of parts and products.

With more than 20 kilowatts of power available, cutting thickness limits can...

Mazak Optonics Invites Fabricators to Discover More

With Video
MAZATROL SmoothLx, Mazak Automated Storage/Retrieval System, L-Series, C-Series, Laser Flex, Mazak Group, Yamazaki Mazak Corp., Mazak’s North American Laser Technology Center in Elgin Ill, FG-400 NEO 3D, Flexible Manufacturing System, OPTIPLEX 3015 NEO, fiber laser-cutting machine, Al Bohlen, CO2 laser cutting systems, beam shaping technology, advanced laser-cutting solutions, automation systems, Mazak Optonics, 15 kW, 10 kW, 7 kW, 4 kW, fiber laser cutting systems, Flexible Manufacturing System, laser cutting system

Variable beam shaping fiber laser technology, and the redesign of automation solutions to better handle part sorting are among the advances that position Mazak Optonics for the future.

Variable beam shaping fiber laser technology, and the redesign of automation solutions...

Increase Your Productivity with Highly Precise and Accurate Solutions

Franziska Maschowski, TRUMPF Inc., Automated Bending, TruBend Center 7020, panel bending machine, ToolMaster system, TecZone Fold software

The most innovative and updated features to today’s metal forming and fabricating machinery, additive manufacturing equipment, software, controllers and accessories result in efficiencies — both in production and cost savings.

The most innovative and updated features to today’s metal forming and fabricating...

Sneak Preview: FABTECH 2022

AirPower Series, Wila, tool holders

At FABTECH, the metal fabrication industry can tap into the power of this in-person event to discover new innovations and become inspired.

At FABTECH, the metal fabrication industry can tap into the power of...
Plasma Cutting Systems: Products

Future-ready Crane Production: Liebherr Invests in Metal Processing System

deburring, Liebherr, ARKU Maschinenbau GmbH, Rösler Oberflächentechnik GmbH and Teqram B.V, Liebherr-Werk Biberach GmbH, automated the edge rounding of plasma, oxyfuel and laser-cut metal sheet, slag, descaling, deburring and rounding edges, Robert Piesche, Dominic Kreutle, Stefan Sauter, Markus Lindörfer, Vasili Schaermann, robots, automation

Automated deburring line frees up employees at Liebherr-Werk Biberach GmbH from monotonous and physically demanding work. Machine aids the production of high-quality tower cranes and mobile construction cranes.

Automated deburring line frees up employees at Liebherr-Werk Biberach GmbH from monotonous...

New THOR F Combines High Performance Thermal & Mechanical Cutting

Tecoi USA, THOR® F, Tecoi Hyper Operative Range, plate processing machine, Booth# S24189, heavy-duty thermal cutting, THOR F, plasma and oxyfuel cutting, optional beveling system, optional tube and profile lathe, plasma cutting operations, plasma cutting operations, central XX axis, Bevel Arc® beveling system, ± 50° with plasma or oxyfuel with maximum precision, Tecoi’s Driltec® system, CAT 50 tool storage, Tecoi’s THOR F cutting table, raisable drawers, Tecoi’s Ecotec® filters, Dustec® system, New THOR F Combines High Performance Thermal & Mechanical Cutting

THOR F integrates plasma and oxyfuel cutting with an optional beveling system, and an optional tube and profile lathe. It also combines plate cutting with edge preparation and numerous mechanical machining operations, including milling, drilling, tapping, countersinking, marking, etc.

THOR F integrates plasma and oxyfuel cutting with an optional beveling system,...
Calendar & Events
SEMA
November 5 - 8, 2024
Las Vegas, NV
Design-2-Part Show
November 19 - 20, 2024
Nashville, TN
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement