Typical milling work includes:

• Prototype components

• Fixture plates and tooling

• Brackets, blocks, and mounting plates

• Pockets, slots, profiles, and drilled/tapped features

• Small-batch production parts

• Modification or rework of existing parts

Typical turning work includes:

• Shafts and pins

• Bushings and sleeves

• Spacers and standoffs

• Threaded parts

• Adapters and collars

• Repair and replacement components

Manual machining is useful for:

• Modifying existing parts

• Repair work

• One-off components

• Fit-up and adjustment work

• Simple drilled, tapped, milled, or turned features

• Low-quantity jobs where CNC setup is not practical

Grinding work may include:

• Surface finishing

• Precision sizing

• Flatness-critical components

• Tooling and fixture details

• Repair or reconditioning work

CAD/CAM capabilities include:

• Programming from solid models

• Programming from 2D prints

• Basic part modeling

• Toolpath generation

• Fixture and setup planning

• Reviewing parts for manufacturability

• Creating or modifying simple models for machining

Inspection and metrology capabilities include:

• In-house CMM inspection

• Critical feature and tolerance verification

• Reverse engineering support from sample parts

• Measuring worn, damaged, or obsolete components for repair or replacement

• Datum-based measurement and feature relationship checks

• Bore, thread, slot, pin, and mating feature verification

• Surface plate, height measurement, gauge blocks, pin gauges, thread gauges, bore gauges, indicators, and precision layout tools

Specialty support equipment includes:

• TIG (GTAW) Welding

• Mobile Tap Burner

• Fiber Laser Marking

• Hydraulic Press

• Metallurgy Oven

• FDM & SLA 3D Printing

• Tool Cutter Grinders

• Powder Coating

• Wet Paint

• Hot Black Oxide

• Type II Anodizing