Exact Cut provides custom cutting and printing solutions using laser, waterjet, and 3D printing technology. We cut a wide variety of materials in two dimensions. Advanced software and technology allow efficient and effective use of one of the most basic forms of conversion - water erosion. Interested in what you see? Please feel free to Contact Us for more information or to Request a Free Quote!
Services
Because all of our technology is computer controlled, services have been developed to utilize the equipment to its full potential.
Each job is unique and each customer is provided individualized services to meet their needs.
Provide sample parts from either inexpensive materials (such as cardboard or plastic) or multiple materials to determine suitability of use.
Updates on service improvements, technologies, and practices through Making the Cut quarterly newsletter.
Each job is unique and each customer is provided individualized services to meet their needs.
Provide sample parts from either inexpensive materials (such as cardboard or plastic) or multiple materials to determine suitability of use.
Updates on service improvements, technologies, and practices through Making the Cut quarterly newsletter.
Quotations are for informational purposes and reflect estimated costs for services requested and material usage (if applicable).
Revisions to quotations may be required if cutting conditions are different than originally quoted.
Quotations are made available to and approved by customers before each job is started.
As such, customers are aware of the estimated expense of services rendered and have agreed to pay these expenses at the time services are rendered.
Quotations shall not be subject to any specifications or conditions, express or implied, except as specifically outlined in the quotations.
Revisions to quotations may be required if cutting conditions are different than originally quoted.
Quotations are made available to and approved by customers before each job is started.
As such, customers are aware of the estimated expense of services rendered and have agreed to pay these expenses at the time services are rendered.
Quotations shall not be subject to any specifications or conditions, express or implied, except as specifically outlined in the quotations.
There is no heating of the material, there are minimal machining marks, and everything is computer controlled, allowing changes to be made with minimal effort.
An intensifier creates high pressure by use of a piston pump.
A diamond or ruby with a very small hole is located at the head of the machine.
The head moves in X-Y axes and cuts the material.
All of this is controlled by a CNC controller which uses special software to manipulate the head as needed.
Exact Cut uses both water-only and abrasive waterjet cutting.
An intensifier creates high pressure by use of a piston pump.
A diamond or ruby with a very small hole is located at the head of the machine.
The head moves in X-Y axes and cuts the material.
All of this is controlled by a CNC controller which uses special software to manipulate the head as needed.
Exact Cut uses both water-only and abrasive waterjet cutting.
Laser cutting uses a high intensity beam of light to either melt or combust metal to make a cut.
This allows for faster and more precise cutting than waterjet, but for a more limited range of materials.
The laser beam is created by exciting a gas mixture with electricity which allows the gas atoms to shed photons.
When this is done repeatedly in the enclosed chamber (the resonator) and released through opening a mirror, a high intensity beam of light is carried through a system of mirrors and focused on a cutting bed.
This allows for faster and more precise cutting than waterjet, but for a more limited range of materials.
The laser beam is created by exciting a gas mixture with electricity which allows the gas atoms to shed photons.
When this is done repeatedly in the enclosed chamber (the resonator) and released through opening a mirror, a high intensity beam of light is carried through a system of mirrors and focused on a cutting bed.
3D printing is one of the newest forms of manufacturing.
We use a plastic extrusion 3D printer.
This process extrudes melted plastic onto a bed in a 2 axes pattern and then lowers the bed for the next pattern to be laid down.
This allows complete parts to be "printed".
A better term is additive manufacturing.
This model is then "sliced" with a program into layered 2D patterns that are printed in order.
The software then instructs a heated extrusion head to move in 2 dimensions and advances a plastic filament to be melted in the head and be laid in place.
We use a plastic extrusion 3D printer.
This process extrudes melted plastic onto a bed in a 2 axes pattern and then lowers the bed for the next pattern to be laid down.
This allows complete parts to be "printed".
A better term is additive manufacturing.
This model is then "sliced" with a program into layered 2D patterns that are printed in order.
The software then instructs a heated extrusion head to move in 2 dimensions and advances a plastic filament to be melted in the head and be laid in place.
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