Ohio Laser LLC recently added powerful laser tube cutting technologies. Using a sophisticated industrial tube cutting machine, Ohio laser is lowering production costs for customers in a wide variety of industries.
Ohio Laser's new production tube cutting system processes carbon steel, stainless steel and aluminum tubes up to .625 inch, .25 inch and .125 inch thicknesses respectively. The laser tube cutting machine produces 3000 Watts of power for tube cutting.
Using the CAD driven tube cutting machine, Ohio Laser can process various shapes including oval tubes, round tubes, square tubes and rectangular tubes with outside dimensions of up to 6 inch round and between .75 and 4 inch square.
The kink or plug in connections which this tube cutting system generates reduces weld fixture costs and increases production output.
The system's awesome production tube cutting capabilities includes tube cutting speed up to 2362 inches per minute, an automatic pallet changer and focusing that is programmable.
The auto feeder can manage 21 foot long aluminum, stainless steel and carbon steel tubes that are up to .25 inches in wall thickness. Tubes up to 24 feet long can be accommodated using the manual loading feature.
A few of the many benefits of laser tube cutting include practically unrestricted types of cutting designs and patterns, total removal of stack up tolerances associated with multiple operations, smaller production quantities, no tooling charges and engineering of many different metal types.
Using its unique industrial tube cutting capabilities, Ohio Laser can more efficiently manufacture manifolds, supports, frames, trusses, racks, or any other product built from tubular materials.
Various manufactured components produced using laser tube cutting include all terrain vehicles (ATVs) like go karts and four wheelers, ornamental railing, medical beds, adjustable basketball systems, shelving, warehouse racking systems, wheel chairs, store fixtures, food guards, point of purchase display systems, outdoor signage and bed frames.
Ohio Laser's new production tube cutting system processes carbon steel, stainless steel and aluminum tubes up to .625 inch, .25 inch and .125 inch thicknesses respectively. The laser tube cutting machine produces 3000 Watts of power for tube cutting.
Using the CAD driven tube cutting machine, Ohio Laser can process various shapes including oval tubes, round tubes, square tubes and rectangular tubes with outside dimensions of up to 6 inch round and between .75 and 4 inch square.
The kink or plug in connections which this tube cutting system generates reduces weld fixture costs and increases production output.
The system's awesome production tube cutting capabilities includes tube cutting speed up to 2362 inches per minute, an automatic pallet changer and focusing that is programmable.
The auto feeder can manage 21 foot long aluminum, stainless steel and carbon steel tubes that are up to .25 inches in wall thickness. Tubes up to 24 feet long can be accommodated using the manual loading feature.
A few of the many benefits of laser tube cutting include practically unrestricted types of cutting designs and patterns, total removal of stack up tolerances associated with multiple operations, smaller production quantities, no tooling charges and engineering of many different metal types.
Using its unique industrial tube cutting capabilities, Ohio Laser can more efficiently manufacture manifolds, supports, frames, trusses, racks, or any other product built from tubular materials.
Various manufactured components produced using laser tube cutting include all terrain vehicles (ATVs) like go karts and four wheelers, ornamental railing, medical beds, adjustable basketball systems, shelving, warehouse racking systems, wheel chairs, store fixtures, food guards, point of purchase display systems, outdoor signage and bed frames.
About the Author:
You can watch a tube cutting video that highlights precision cuts holes, slots and intricate contours in tubes and pipes without hard tooling or send inquiries on production tube cutting to author Graham McPatrick.
