Capabilities — Cutting

Laser & Plasma Cutting

Mitsubishi 6kW fiber laser on a 60"×120" bed for high-speed precision cutting of steel, stainless, aluminum, copper, and titanium. Hypertherm CNC plasma table to 2.25" severance for thicker material. Portable plasma and oxy-fuel for field and shop support.

Mitsubishi 6kW fiber laser with operator programming
Equipment
Cutting Systems
Primary System
Mitsubishi ML3015eX-F60 Plus
6kW Fiber Laser — High Speed Sheet Metal Cutting
Laser Power6kW Fiber
Bed Size60" × 120"
Carbon SteelUp to 1" thickness
Stainless SteelUp to 1" thickness
AluminumUp to 1" thickness
CopperUp to 3/8" thickness
TitaniumUp to 3/8" thickness
High-speed fiber laser delivers exceptional cut quality, tight tolerances, and efficient processing of complex sheet metal parts including titanium and exotic alloys.
Hypertherm CNC plasma table cutting plate
Hypertherm CNC Plasma — Cutting Thick Plate
Hypertherm PowerMax 125 CNC
CNC Plasma Table — Thicker Material
Bed Size5' × 10'
Recommended Cut1.5"
Heavier Cut1.75"
Max Severance2.25"
Miller Spectrum 500
Portable Plasma — Shop & Field
Carbon Steel5/8"
Stainless5/8"
Aluminum3/8"
Oxyacetylene Torch
Manual Cutting & Heating
Manual cutting, material heating, fit-up adjustment, and general fabrication support. Strong fit for repair and modification work.

What We Cut

Complex sheet metal profiles and plate blanks
Armor plate blanks — MIL-DTL-12560 / 46100
Titanium and exotic alloy sheet cutting
Structural shapes, flanges, and gussets
Brackets, frames, and weldment components
Bevel prep and weld joint preparation

Why Fiber Laser

Precision & Repeatability
Tight tolerances and consistent cut quality on every piece — critical for downstream welding and assembly fit-up.
Exotic Material Capability
Fiber laser cuts titanium, copper, and other materials that CO2 lasers struggle with — opening up aerospace and defense applications.
Large Format Bed
60"×120" bed handles large plate and sheet in a single setup — reducing handling time and improving efficiency.
Integrated with Fabrication
Cutting is integrated directly into our fabrication workflow — parts move from laser to bending to welding without leaving the facility.
Quality Control
Quality Control on This Process

Runs under our ISO 9001:2015-certified QMS with documented procedures and records. Dimensional inspection to drawing requirements; inspection and process records maintained as required by the job and customer flow-downs. Quality & Inspection →

Need Parts Cut?

Send us your DXF files, drawings, or material specs. We'll assess cut complexity, material, and lead time.

Submit RFQ →