Secondary Operations, All Under One Roof

Steelcrest Precision backs its machining with in-house support services, so parts don't leave the building to get finished. Saw cutting, heat treating and tempering in furnaces reaching 2100°F, Carbinite tungsten carbide coating, laser etching, and a quality lab running CMM and vision measurement systems. Rapid prototyping and reverse engineering round out the list — keeping outside vendors, added freight, and schedule risk out of your program.

SAW CUTTING

Our in-house saw cutting capability offers the best raw materials and turnaround for our customers’ needs. Our saw cutting capabilities can handle production cuts and bundle cutting.

HEAT TREATING & TEMPERING

Our heat treating and tempering services are carried out in furnaces that can reach temperatures as high as 2100° F. Heat treating and tempering are efficient ways to improve product strength and hardness or to soften metals per application requirements. Heat treating applications include:

Hardening
Tempering
Annealing

CARBINITE

Carbinite is a tungsten carbide that can be applied to most metals using Electro Spark Deposition. This process increases friction, reduces wear, improves grip, and improves performance. Steelcrest Precision uses Carbinite on collets, clamp blocks, and other tooling. This increases quality and reduces costs for our customers, due to the extended lifetime of tooling and fixtures.

LASER ETCHING

The Tykma Vereo Fiber Laser Marker with a rotary attachment allows us to etch a variety of font styles and sizes, company logos, and photographs on flat and round surfaces.

QUALITY CONTROL

Our Quality Control lab includes coordinate measuring machines with vision measurement. This equipment can be used for 3D inspections, CAD comparison, dimensional analysis, reverse engineering, and more.

RAPID PROTOTYPING

Steelcrest Precision is equipped to design and produce prototype parts for our customers, which is ideal for testing fit and functionality of a part prior to production. Durable, fully-functional parts are built by importing a 3D file into one of our 3D printers.