Start with an example

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All design tools

The sheet metal studio for B2B projects

Laser → V-groove → bend → weld → finish → inspect. One chain, one workshop in Delhi, your drawing. The whole Studio on one page.

The Studio

Capability 02

CNC Fibre
Laser Cutting

MCS cuts flat sheet on a CNC fibre laser: perforated façades, decorative screens, profiles and custom architectural parts. Small details come out sharp, and every part in a run is cut to the same accuracy.

Perforated steel sheet on a laser cutting machine bed in a fabrication workshop
The CNC fibre laser cutting a stainless steel sheet

From your file to a flat blank

How a part
is laser cut

01Your fileA DXF or DWG at full size is best. A PDF or a sketch with sizes also works: our design desk draws the cut file.
02Nested on the sheetParts are laid out together on the sheet with a 4 mm gap between them, so less metal is wasted.
03Cut in one set-upOutline, holes, slots, notches and perforation are cut together, so every hole sits where the drawing puts it.
04DeburredSharp edges are cleaned off.
05On to the next stepThe blank goes on to V-grooving and bending, or is packed as a flat part.

What we cut

Flat parts,
patterns and blanks

A perforation pattern being cut on the fibre laser bedPerforation

Perforated panels

Round, square, slot or picture patterns for façades, ceilings and screens.

Designer partition with a leaf pattern in brass finishPatterns

Decorative screens

Leaves, trees, geometric and custom motifs, cut from a drawing or a picture.

A round-hole perforated panel in stainless steelGeometry

Geometric cuts

Repeating patterns cut across a full sheet.

Laser-cut fin blanks stacked in the workshopBlanks

Blanks for bending

Flat blanks for profiles, trays and panels, nested to use the sheet well.

Laser cutting at a glance

What the laser
takes

MachineCNC fibre laser
Bed size2 m × 4 m: a full 4 × 8 ft sheet
ThicknessUp to 16 mm mild steel and 8 mm stainless steel
MetalsStainless steel, mild steel, aluminium, brass and copper
CutsOutlines, holes, slots, notches, perforation and patterns
FilesDXF or DWG preferred; a PDF or a sketch with sizes also works

Questions and answers

Laser cutting:
questions

What file should I send?

A DXF or DWG at full size in millimetres is best. A PDF or a sketch with sizes also works, and our design desk draws the cut file for you to approve.

How thick can you cut?

Up to 16 mm mild steel and 8 mm stainless steel. For other metals, tell us the metal and thickness.

Can you cut a pattern from a picture?

Yes. Our design desk turns the picture into a cut file, and you approve it before cutting. The Perforation Pattern Studio shows hole patterns and their open area.

Do you only cut, or bend as well?

Both. Send only the laser cutting, or the complete part: cut, V-grooved, bent, welded and finished.

On film

The laser,
on film

The fibre laser cutting: a white sheet, a perforation, the sparks, the full bed.

Cutting a coated sheet
A perforation pattern, hole by hole
Cutting stainless steel
The 2 × 4 m bed

Filmed in our workshop in Narela, Delhi. The clips are silent and play while on screen; tap one to pause it.

In detail

How MCS uses the laser

01

What it cuts

Stainless steel, mild steel, aluminium, brass and copper, in sheet from 0.25 mm to 4 mm thick. Harder and more reflective metals behave differently under the beam. That changes the quality of the edge and the smallest detail the cut can hold.

02

What MCS cuts with it

Perforated façade and ceiling panels, laser-cut screens and jaali, parametric fins and signage letters. It also cuts the flat blank for every folded profile in the range.

03

Patterns and perforation

Open area, hole size and pitch are cut from your file. MCS does not buy ready-perforated coil. That is why a pattern can stop cleanly before a fold line instead of running through it.

04

Nesting

Parts are nested on the sheet to control how much metal is used. On parametric work every panel is different, so nesting and part numbering matter as much as the shapes.

05

Cut edges

On a screen or a perforated panel, a cut edge is an edge people see. Deburring and edge treatment are part of the process, not something added at the end.

06

Files to send

DXF and DWG are preferred. A dimensioned PDF is enough for a simple section. For pattern work, send a vector file, so nothing has to be redrawn and no redrawing errors creep in.

Start a project

A part or pattern to cut

Send the DXF or DWG with the metal, thickness and quantity. MCS will check that the pattern can be cut as drawn and send the cost.