Laser
Services
Most job-shop lasers in the region run 4–6kW. Ours will be among the most powerful production lasers in Mississippi and the broader Southeast. That means thicker stock, faster cuts, and bigger jobs without sending work out of state.
Already quoting Q3 production runs against expanded capacity. Reach out if you have a thick-plate job in the pipeline.
Three Laser Systems
Three lasers. One shop. Every job.
Most regional shops own one mid-power laser. We run three purpose-built systems — a precision 2kW for intricate parts and etching, a heavy-duty 12kW for production and thick plate, and a long-bed tube laser for structural shapes.
Precision · 6′ × 12′
2kW
Fibre Laser
Intricate cut work and etching on thin to mid-gauge sheet. Sharp internal features, clean engravings, and fine-detail parts where the 12kW would be overkill.
Production · 6′ × 12′
12kW
Fibre Laser
High-power flat-sheet cutting for production and thick plate. Single-pass cuts up to 1.5″ on steel, stainless, and aluminum.
Structural · 40′ × 14″
12kW
Tube & Structure Laser
Long-bed laser for I-beam, channel, square tube, and structural shapes up to 40′ long. Replaces hours of layout, drilling, and torch work.
By the Numbers
What this machine does
Up to 1.5"
Steel · Stainless · Aluminum
Single-pass cuts on thick plate
Replaces flame-cutting and outsourcing for jobs other shops in the region can't touch.
Up to 2×
Faster on thin stock
Double the throughput on production runs
Higher peak power can double pierce and feed rates on 1/8"–3/8" production runs vs. our current setup.
1
Of its kind in MS
First production-grade 12kW fiber laser
First production-grade 12kW fiber laser we know of in the state — and rare across the broader Southeast.
↓
Lower per-part cost
Cheaper unit pricing on volume
Higher throughput plus larger nesting equals cheaper unit pricing on volume orders.
Why Laser Cutting
How precision laser cutting beats plasma, punching & sawing
On parts with complex geometry or tight feature tolerances, fiber laser cutting delivers measurable advantages over mechanical and thermal alternatives.
Complex single-setup cuts
Internal cutouts, slots, and contours produced in a single setup — no multiple passes, no die changes.
Narrow kerf width
Less material waste, tighter nesting, and more parts per sheet on production runs.
Minimal heat-affected zone
Localized heat input keeps surrounding material properties intact and reduces post-processing.
Low mechanical stress
No tool contact means no work hardening and far less post-process straightening.
High repeatability
Consistent edge quality and dimensional control across prototypes and production lots.
No dedicated tooling
Design revisions move through engineering without die changes — fast turns on small batches and high-volume orders alike.
Materials & Thicknesses
Cuts steel, stainless, and aluminum — up to 1.5".
The 12kW source is built for production-grade plate work. Single-pass cuts on heavy material that other regional shops have to flame-cut, sub out, or refuse outright.
Need a quote on something specific? Call 601-757-3377 or send us your drawings.
Material
Max Thickness
What This Means for You
Jobs we'll take that others can't.
Heavy Plate & Structural
Single-pass cuts on plate that previously required flame-cutting, plasma, or being shipped out of state. Cleaner edges, tighter tolerances, less secondary finishing.
Volume Production Runs
Double the pierce and feed rates on 1/8"–3/8" stock means tighter lead times and lower per-part cost on repeat orders.
Mixed-Material Nesting
Larger sheet capacity lets us nest more parts per run across steel, stainless, and aluminum — better material utilization and fewer setups.
Cost-Down Programs
If you're paying out-of-state laser premiums or shipping plate across the Southeast, talk to us about Q3 production runs against expanded capacity.
Industries we cut for
Industrial automation, oil & gas, mining and aggregates, agriculture, transportation, structural fabrication, equipment OEMs, and process control instrumentation across Mississippi and the broader Southeast.
- Industrial Automation
- Oil & Gas
- Mining / Aggregates
- Agriculture
- Transportation
- Structural Fabrication
- Equipment OEMs
- Heavy Industrial
How to send us a job
Submit drawings, STEP files, DXF, DWG, or a written specification. We’ll respond with a detailed quote, lead time, and any design-for-manufacturability feedback relevant to the part. For ongoing programs we can establish standing pricing and blanket orders.
12kW vs. The Region
How we'll stack up against typical job-shop lasers
Typical Regional Shop
4–6kW
- ·Limited to thinner plate — thick jobs get sub-contracted out of state
- ·Slower pierce and feed rates on production stock
- ·Smaller nesting capacity, higher per-part cost
Steampunk Fabrication
12kW
- Single-pass cuts up to 1.5" on steel, stainless, and aluminum
- Up to 2× faster on 1/8"–3/8" production runs
- Bigger nests, lower per-part cost, work stays in Mississippi
Why Fiber
Why we chose fiber over CO2 or Nd:YAG
Material, thickness, edge quality, and production volume all drive laser-source selection. Here’s the trade-off in plain terms.
Older Tech
CO2 Laser
Long-established for cutting, boring, and engraving across mid-range thicknesses. Higher operating cost per hour and slower on thin sheet compared to fiber.
Our Choice
Fiber Laser — 12kW
Shorter wavelength delivered through a doped optical fiber. Cuts thinner sheet faster, runs at a lower cost per hour, and handles reflective metals like brass and copper that CO2 struggles with. At 12kW, also crushes thick plate.
Specialty
Nd:YAG
High peak power for thick sections and niche applications. Operating cost per hour is higher than both CO2 and fiber for general production work.
Got a thick-plate job in the pipeline?
Send us your drawings or call to talk through scope, materials, and timing — we’ll route your job to the right machine the first time.
Send Drawings & Get a Quote