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5-Axis Machining
We offer 5-axis machining of parts. This service is when our CNC machine is needed to approach the part from multiple directions.
Benefits:
Maximum machining flexibility.
Best Used For:
A wide range of machining needs from production to job shop applications.
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Assembly
In providing turnkey solutions to our customers, we are often asked to also provide fabrication and assembly services associated with our machining and covering solutions.
Benefits:
On stop shop capability to solve manufacturing problems.
Best Used For:
We provide this service along with program management of such projects.
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Balancing
Two plane and 3 plane balancing is a common request. Â Detailed balance reports are provided post-balancing, ensuring that roller and parts perform in an optimal manner. Â
Benefits:
This is increasingly important in today's high running machine speeds.
Best Used For:
Roll and machine balance.
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Broaching
Broaching is a machining process that uses a toothed tool  to remove material.  Typical workpieces include small to medium-sized castings, forgings, screw machine parts, and stampings.
Benefits:
Maximum machining flexibility.
Best Used For:
Broaching is used when precision machining is required, especially for odd shapes. Commonly machined surfaces include circular and non-circular holes, splines, keyways, and flat surfaces.
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CNC Lathes
The utilization of CNC lathes are one of the various machining services that we offer.
Benefits:
Maximum machining flexibility.
Best Used For:
A wide range of machining needs from production to job shop applications.
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Laser Cladding
Laser cladding is an additive manufacturing process that utilizes a laser to metallurgically bond performance coatings to a product’s base material.
Benefits:
The process uses the laser to create a melt pool of the base material. The coating material is introduced into this melt pool in either powder or wire form.
Best Used For:
A wide range of cladding applications; including small footprint applications.
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MIG Welding
Gas metal arc welding (GMAW), sometimes referred (MIG) welding or metal active gas (MAG) welding, is a welding process which heats the workpiece metal(s), causing them to melt and join.
Benefits:
A welding process in which an electric arc forms between a consumable wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to melt and join.
Best Used For:
A wide variety of welding applications.
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Re-shelling
Re-shelling is considered if the outer shell is damaged or has experienced internal corrosion, and it’s possible to cut off the other shell and re-shell.
Benefits:
Reduce costs in repair or replacement situations.
Best Used For:
Heat Transfer and Chill Rolls
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Shaft Repairs
Wear and abarasion resistant coatings can be applied to shafts. Shafts can also be rebuilt or “remanufactured” to original dimensions using cladding technologies.
Benefits:
Reduce costs in repair or replacement situations.
Best Used For:
Shaft Repair
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Sleeving & Re-boring
Sleeving and re-boring are often done on journals where a critical journal diameter is worn. A sleeve is machined and put in place within the roller’s bearing.
Benefits:
Reduce costs in repair or replacement situations.
Best Used For:
Journal Repair
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TIG Welding
TIG welding is one of the various technologies we are capable of using during cladding, welding, and fabrication.
Benefits:
Wide variety of benefits.
Best Used For:
A wide variety of applications.
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