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We specialize in small-batch, high-precision work, where attention to detail and consistent quality matter most. Our team’s decades of experience, and an exceptionally low return rate, are a testament to the standards we hold ourselves to every day.
We specialize in small-batch, high-precision work, where attention to detail and consistent quality matter most. Our team’s decades of experience, and an exceptionally low return rate, are a testament to the standards we hold ourselves to every day.
SERVICES
SERVICES
CNC Milling Processes:
Milling: Cutting and shaping with a rotating tool
Facing: Creating flat surfaces
Drilling: Precision hole making
Pocketing: Machining recessed areas
Tapping: Threaded hole creation
Shoulder Milling: Forming ledges or steps
Multi-Axis Machining: Producing complex 3D shapes
CNC Lathe Processes:
Turning: Forming cylindrical or conical shapes
Facing: Flat end surfaces
Grooving: Cutting grooves or channels
Thread Cutting: Internal or external threading
Drilling: Axial hole creation
Taper Turning: Conical profiles with varying diameters
Post Machining Processes: After precision machining, we offer or coordinate key finishing and secondary processes to ensure your parts are production-ready,
Deburring, Cleaning & Passivation: Smooth edges and remove machining residue for safe, finished parts.
Anodizing & Plating: Protective or cosmetic surface treatments, including aluminum anodizing and metal plating.
Heat Treating: Hardening or stress-relieving metals to meet strength and durability requirements.
Grinding & Polishing: Achieve tighter tolerances and smoother finishes when required.
Threading & Insert Installation: Tapped holes, Helicoil inserts, and thread prep for fastener-ready components.
Assembly & Light Fabrication: Part kitting, sub-assembly, or integration with other components as needed.
EQUIPMENT
EQUIPMENT
4 CNC Mills
3 CNC Lathes
Capabilities
Capabilities
Bar work
100 – 1,000+ pieces
Parts up to 6”
Tolerance +/- .001” – tighter can be reviewed
Production lead time: typically 4 weeks
Quotes in 2 – 7 days (depending on complexity)
MATERIAL Guidelines
MATERIAL Guidelines
METALS
METALS
Aluminum
6061 — General-purpose, easy to machine
7075 — Stronger, used in aerospace and high-performance parts
2024 — High fatigue resistance, commonly used in structural applications
Steel
1018 — Low carbon, easy to machine, good for general parts
1045 — Medium carbon, stronger than 1018
4140 — Alloy steel, tough and wear-resistant
8620 — Case-hardening steel for gears and wear parts
Stainless Steel
303 — Best for machining, free-machining version of 304
304 — Common stainless, corrosion-resistant
316 — More corrosion-resistant than 304, used in marine and food applications
Tool Steel
A2 — Air-hardened, good wear resistance
D2 — High-carbon, high-wear resistance
O1 — Oil-hardening, easy to machine
Brass & Bronze
C360 (Brass) — Free-machining brass, excellent for high-speed lathes
C932 (Bronze) — Common for bushings and bearings
Copper
C110 — High conductivity, used in electrical applications
Titanium
Grade 2 — Commercially pure, easier to machine than Grade 5
Grade 5 (Ti-6Al-4V) — High strength, commonly used in aerospace/medical
PLASTICS
PLASTICS
ABS
Easy to machine, cost-effective — used in prototyping
Acetal (Delrin)
Very machinable, low friction, high strength — often used for gears and bushings
Nylon
Tough and wear-resistant — good for mechanical parts
PEEK
High-performance, high termperature resistant thermoplastic — used in aerospace, medical, and electronics
Polycarbonate
Strong, impact-resistant — often used in enclosures and transparent parts
PTFE (Teflon)
Chemically resistant, very low friction — harder to machine cleanly
PVC
Machinable, chemical-resistant — often used in plumbing or chemical handling systems
UHMW (Ultra High Molecular Weight Polyethylene)
Low friction — excellent for high wear surfaces
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