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Ridgeland Manufacturing
Macro of a clean fiber-laser-cut edge on steel plate
Request a Quote

Start from the drawing.

Engineers work in CAD, not contact forms. So we lead with the file — upload first, contact last, four steps, no account.

AMADA FIBER LASER — STEEL ≤ 1.00 IN. ALUMINUM / STAINLESS ≤ 0.50 IN. ACCEL PRESS BRAKE — 250 TONNE ×2. ROBOTIC GMAW — STEEL · ALUMINUM · STAINLESS. DXF · DWG · STEP · PDF
What to have ready

Your drawing

DXF or DWG for flat parts, STEP for 3D, PDF for reference. Geometry beats a paragraph.

The basics

Process, material and grade, thickness, and quantity. Tolerances and finish if they matter.

Where it's going

Prototype or production. We route volume work to the robotic cells and redundant brakes.

Capability guardrails

The form checks your part against the floor in real time — it flags if a laser part exceeds 1" steel or ½" aluminum/stainless, or a bend exceeds 250 tonne. You can still submit; we'll quote an alternative.

AMADA ENSIS 3015 AJ fiber laser with automated material-handling tower on Ridgeland's shop floor

YOUR DXF → THE AMADA BED

Four steps
  1. 01

    Upload drawings

    Drag in DXF, DWG, STEP, or PDF. The file leads — no form-filling to get started.

  2. 02

    Process, material & thickness

    Pick laser, brake, or weld; set material, grade, and gauge.

  3. 03

    Quantity & prototype-vs-production

    One-off or a run. We route volume to the robotic cells and redundant brakes.

  4. 04

    Contact — last

    Your details come at the end. By then we already know the part.

Keith replies within 1 business day. Need it sooner? Call (204) 866-3558.