Laser Cutting


Datum Alloys fully automated bespoke coil to part laser cutting process with auto stacking, greatly increases the speed and efficiency of the manufacturing process and reduces the cost for our customers. We laser cut thin, high-precision metal parts from coil or sheet. Our laser cut components are made to short lead times and tight tolerances.

Our process produces scratch free, precision parts. Laser cut parts are a fast, efficient method of producing components as part of a manufacturing operation or prototype and development process.

Key features include:

  • Highly efficient process
  • Components up to 690 mm wide and 5 meters long
  • All common grades and tempers of stainless steel between 0.020mm and 0.50mm
  • Highly accurate and repeatable
  • 3D features

We produce components with 3D features by micromachining; a second operation carried out after laser cutting that produces microscale features on your components.  These processes together give you the precision and repeatability of laser cutting and micromachining and the flexibility of etching.

Get in touch with our team for your precision laser cutting requirements on:

+44 (0) 1548 855 900 (UK & Europe)

+1 607 239 6274 (US)

+65 3157 0394 (Singapore)

 

Laser Cutting
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Laser Cutting
Prototypes - Precision Metal
Laser Cutting
Laser Cutting Datum
Laser Cutting
Product Details

At Datum we use high grade metals for our laser cut parts including:

301 stainless steel (Datum Tension/Fine Grain)
Extra hard stainless
0.05mm to 0.2mm thick

304 stainless steel (Datum PhD)
Hard rolled stainless
0.02mm to 0.50mm thick

Nickel 200/201
Used for precision cut battery connectors; crimps, strips and tags

Parameter

Value

Max cutting area (Single sheet) 610mm x 610mm
Max cutting area (From Coil) 700mm x 700mm
Sheet width tolerance, full width ±0.5mm
Sheet width tolerance, Laser Cut (with offcuts) ±0.03mm per 200mm
Sheet length tolerance using Guilotine ±0.25mm
Sheet Squarness tolerance using Guilotine 0.3mm
Sheet length tolerance Laser Cut (with Tabs) ±0.03mm per 200mm
Max material thickness 0.5mm
Min material thickness 0.5mm
X and Y Axis Positional tolerance ±0.05mm
X and Y Axis Combined Positional tolerance ±0.07mm
X and Y overall Feature dimensional tolerance ±0.02mm
Parallelism
±0.1 Deg
Perpendicularity ±0.2 Deg
Material Types Stainless Steel
Laser beam diameter <0.06mm

Parameter

Value

Max cutting area (Single sheet) 610mm x 610mm
Max cutting area (From Coil) 700mm x 700mm
Sheet width tolerance, full width ±0.5mm
Sheet width tolerance, Laser Cut (with offcuts) TBC
Sheet length tolerance using Guilotine ±0.25mm
Sheet Squarness tolerance using Guilotine 0.3mm
Sheet length tolerance Laser Cut (with Tabs) TBC
Max material thickness 0.5mm
Min material thickness 0.5mm
X and Y Axis Positional tolerance TBC
X and Y Axis Combined Positional tolerance TBC
X and Y overall Feature dimensional tolerance TBC
Parallelism
TBC
Perpendicularity TBC
Material Types Stainless Steel
Laser beam diameter TBC

Resources

Visit Datum’s Support Library for a complete list of resources.

VIEW ALL RESOURCES

Nickel Strips & Tags Datasheet

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Battery Crimps Datasheet

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Nickel Plated Steel Datasheet

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304 Stainless Steel (Datum PhD) Datasheet

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301 Stainless Steel (Datum Tension Fine Grain) Datasheet

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