Custom Stainless Steel
Laser Cutting.

INDMCH manufactures custom metal parts to your drawing: laser-cut plates, ultra-thin shims, bent brackets and tube components. Prototype and batch requirements can be reviewed with supporting CNC operations.

Get a QuoteView Our Parts
Illustrative custom stainless steel laser-cut mounting plate with holes and slots, bent bracket, flange and slotted rectangular tubeIllustrative custom parts

What we make.

Custom laser cutting uses a laser to cut a specified contour in sheet or tube material. We make plates, shims, brackets and tube components to your drawing, adding bending or CNC operations where the finished part requires them.

Illustrative tube components

Tube Components

Round and rectangular tube with application-specific holes and profiles.

View service details

Laser cutting.
Bending. CNC machining.

Cut the outline, form the bracket and add the machined features your drawing requires. We coordinate the work around the finished component.

Our own factory premises, CNC and laser cutting equipment, and supporting supply network provide the manufacturing base for custom projects.

About Our Factory
Illustration of a laser cutting head cutting mounting plate profiles and holes in stainless steel sheet
Laser cutting process illustration

Made-to-drawing components.

Explore individual parts, dimensions and drawing requirements.

Explore All 48 Part Types

Stainless steel at our core.
More metals to discuss.

Stainless Steel304 · 304L · 316 · 316L · 430 · Duplex 2205Carbon & Mild SteelS235JR · S355JRGalvanized SteelDX51D+ZAluminium5052 · 6061 · 6082CopperC11000BrassC26000

Material options are reviewed against your drawing, grade, thickness and finishing needs. Stainless steel remains our core focus; sourcing and the manufacturing route are confirmed during quotation.

Explore Materials & Grades
  1. 1

    Send Your Drawing

    Share a drawing, image or cutting file. No account needed.

  2. 2

    Define the Part

    Confirm material, thickness, dimensions and quantity.

  3. 3

    Review the Geometry

    Preview eligible flat parts or request technical review.

  4. 4

    Request a Quote

    Send the complete specification for quotation.

Which manufacturing route fits your part?

Flat profiles start with sheet laser cutting; formed components add bending; tube features need a tube cutting route. Threads, locating surfaces and fitted features may require CNC operations. Send the finished-part requirements so we can review the combination of processes.

Manufacturing routes and drawing requirements for custom metal parts
Your partRoute to discussInclude with your drawing
Flat plates, panels & shimsSheet laser cuttingGrade, exact thickness, cut contour, hole pattern and edge or flatness requirements.
Brackets, trays & folded coversCutting & bendingFinished views, bend directions, angles, radii and mating dimensions.
Round & rectangular tube partsTube laser cuttingSection size, wall thickness, cut length, hole orientation and end profiles.
Parts with machined featuresCutting with supporting CNC operationsThreads, datums, fitted surfaces, critical tolerances and inspection requirements.

For a quotation, include the drawing revision, material specification, quantity and destination. Read the complete quotation checklist

Why do the material
and part form matter?

The material grade and product form help define the manufacturing review. Specify the service environment, sheet or tube dimensions and finished condition, then identify the features that control fit.

These references explain general engineering concepts. They do not identify our equipment brands, material suppliers or certifications.

Technical references for buyers

Tube laser cutting addresses hollow sections and profiles. TRUMPF's tube cutting overview explains this application and its use in component design.

Grade selection also matters: Outokumpu describes 316 / 316L as molybdenum-alloyed stainless steels used where corrosion resistance requirements are higher. Outokumpu's Supra grade reference provides the material context.

“Grade Supra 316L/4404 has low carbon content for improved resistance against intergranular corrosion after welding.”

Compare our material discussion options

Before you send
your inquiry.

Manufacturing & quotation guidance by INDMCH.
Updated .

Read the quotation checklist
What custom metal parts can you manufacture?

We manufacture made-to-drawing plates, panels, shims, brackets and tube components through laser cutting, with bending and supporting CNC machining as required. Ultra-thin sheet cutting and combined-process parts can be discussed for your specification.

What do I need to send for a quotation?

Send a drawing or written requirements, material grade, sheet or tube wall thickness, quantity, finish and critical dimensions. Include the destination and requested date if known. You can submit an inquiry without a drawing or customer account; unclear details are clarified before quotation.

Which drawing files do you accept?

You can upload JPG, PNG, PDF or DXF. Dimensioned images and PDFs help explain the part; a DXF supports flat cutting contours. State units and drawing revision so the geometry can be reviewed correctly.

Is the online 3D preview required before an inquiry?

No. You can request a quotation directly or choose the optional AI drawing review and 3D preview. The preview supports eligible confirmed geometry, including flat profiles and simple straight cylinders or tubes. Complex bends, assemblies and unclear dimensions require technical review. The approved engineering drawing controls manufacturing.

Can you quote prototypes, batches and different metals?

Include the prototype or batch quantity and any expected repeat orders. Stainless steel, carbon steel, galvanized steel, aluminium, copper and brass can be discussed. Material availability, process suitability, achievable features and delivery date are confirmed for the actual drawing rather than a standard catalog size.