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Capabilities
	Die Cutting: Gaskets & Non-Metalic Materials
	Laser Cutting: Gaskets, Non-Metalic & Metals
	3-D Laser Cutting
	Prototype/Product Development
	Production Manufacturing
	Private Label Program
	In-House Die Production

Material List Indusries Served
	Automobile Components
	Electronic Components
	Speakers & Accessories
	Industrial Equipment
	Pumps/Compressors
	Lighting Products & Accessories
	High Temperature Applications
	Other Industries


All Categories > 3-D Laser Cutting

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Why use 3-D laser cutting? There are several advantages to choosing 3-D technology the primary one being the reduction of manufacturing costs due the increase in precision and repeatability. Think of the implications of a laser cutting technology that can be utilized on a product after it has been formed and welded! In fact, while a part is being designed and manufactured the laser path can simultaneously be programmed to perform the trimming and hole making operations – so when the part is ready, so is the laser. Turn-around times can be reduced in most cases from 3-4 weeks down to 3-4 days! 3-D Laser cutting can replace many drilling, milling, and cutting operations with high precision at reduced costs.

Applications · Slots & Tabs

Applications

Specific Industries that 3-D Laser Cutting Technology Can Improve….

Fitness/Exercise Equipment

Outdoor Lighting

Structural Building Materials

Semi-Truck and Trailer

OEM Truck Parts

Aftermarket Truck Parts

Heavy Equipment

Farm Equipment Mfgrs.

Construction Equipment

Fork Lift Mfgrs.

Semi-Conductor

Bike Mfgrs.

Motorcycle Mfgrs

Motorcycle Part Mfgrs.

Golf Equipment Mfgrs.

Golf Cart Mfgrs.

Office Furniture

Man/Scissor Lift

Railcar/Train Industry

Boats & Ship Mfgrs.

Diesel Engine Mfgrs.

Aerospace Industry

Aircraft Industry

Defense Industry

Turbine Engine Mfgrs.

Recreational Vehicle Mfgrs.

Emergency Vehicle Mfgrs.

Slots & Tabs

With 3-D Laser cutting technology, you get the best of both worlds; flexibility in production and design. Parts can be created from flat, square and round materials and assembled without any welding, connectors or bolts. Flexibility to design notches and holes of any size or shape proves to be invaluable for manufacturers utilizing this technology. Fabricators of aluminum beams that make up the framework of structures can utilize 3-D Laser cutting for creating the holes, slots and notches necessary to attach to other frame pieces. With tighter tolerances than old manual methods of slotting and notching, increased strength is achieved in the overall product.

3-D Laser cutting also allows trimming, drilling and cutting on formed sheet metal parts. The laser allows the flexibility to process any part one time without slowing down production. This flexibility in production means no more creation of templates. It allows for custom and made to order products the norm for fabricators. The dependency on standard products melts away and jobs are configured on the fly. No more finding and changing drill bits from ½” to 5/8” - with the laser technology, you just do it. And again, with less welding necessary due to tight tolerances, maximum strengths are achieved in all products.

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	· Tubing

	· 3D laser 4

	· Sphere1

	· Sphere2

	· Tube1

	· Split Ring

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