Metal laser cutting capabilities

Laser cutting follows a programmed contour to produce flat profiles and internal cut-outs. Material, thickness and feature size affect the achievable edge condition and dimensional accuracy.

Flat profilesTypical part formsPanels, mounting plates, gussets and blanks for later forming.Holes and cut-outsFeature reviewReview small holes, narrow slots and close contours with the sheet thickness.Cutting to finishingProcess planningInclude edge treatment, bending and coating requirements in the enquiry.

Materials for reviewSteel, stainless steel, aluminium and copper. Material grade and thickness are confirmed before the cutting route is agreed.

Thickness and blank sizeReviewed by material and required edge quality. Send the overall dimensions and sheet thickness.

Contours and small featuresSpecify holes, slots, narrow webs and corner requirements. Features that are small relative to the thickness need particular review.

Tolerances and fitIdentify critical hole sizes, locating features and flatness requirements. State if a feature needs a later machining operation.

Cut surface qualityDefine edge condition and permitted burrs. If ISO 9013 is required, agree the applicable quality requirements on the drawing or order.

File and quantity requirementsSend a dimensioned drawing with vector profiles or a CAD model where available. Include the drawing revision, part quantity and material specification.

Specify the edge and the features that matter

A cut profile can be a finished part or a blank for later operations. The acceptance requirements should reflect its next use.

Profile and hole locationsMark the features that locate the part in the assembly. Small holes and tight fits may need a different operation to meet the final requirement.Cut edge and finishingState the acceptable edge condition, burrs and any deburring requirement. Agree preparation needed before welding or coating.Flatness and later formingIdentify thin sections and large openings that need attention. If the part will be bent, include the finished geometry so the blank and forming route can be reviewed together.

After laser cutting

Include later operations in the enquiry so the cut blank suits the finished component.

Edge treatmentSpecify deburring or edge rounding where parts will be handled or contact another component.Bending and formingSend the formed-part drawing as well as the flat profile. Bend allowances and nearby cut-outs need review.Coating preparationIdentify visible surfaces and the required coating. Any cut-edge cleaning and surface preparation should be agreed with that finish.Fits and machined featuresFlag threads, precision bores or other features needing a secondary operation. Show the final dimensions on the drawing.

From enquiry to production

Requirements and approvals are agreed at each stage.

1Send the cutting dataDrawing, vector profile or model, material, thickness and quantities.2Review the cutting routeAgree feature limits, cut quality and any later operations.3Approve the samplesCheck fit, edge condition and agreed critical dimensions before release.4Produce and deliverComplete the agreed operations, final checks and handling for delivery.

Frequently asked questions

Information to include when ordering laser-cut metal parts.

Which files should I send?Send a dimensioned PDF drawing and a vector CAD profile, such as DXF or DWG, where available. Include the revision and units. A model is also useful when the part will be bent.What is the maximum cutting thickness?The suitable thickness depends on material, part features and the required edge quality. Send the grade and drawing so the cutting range can be confirmed for your part.Does laser cutting produce a finished edge?That depends on the application and agreed cut quality. Some parts need deburring, edge rounding or preparation for a later finish. Specify these requirements when requesting a quotation.Can small holes be cut to their final size?Small holes need review in relation to the material thickness and required fit. Precision holes may need drilling or machining after the profile is cut.What does ISO 9013 cover?ISO 9013 classifies thermal-cut quality and geometrical tolerances. If you require it, specify the applicable requirements in the drawing or order. It does not by itself define sheet flatness.Can you supply parts that need bending?Yes, bending requirements can be reviewed with the cutting enquiry. Include the finished-part model, bend details and assembly dimensions so the full route can be assessed.

Sheet metal bendingMetal stamping

Discuss your laser cutting project.Email the part drawing, material grade, thickness and quantities. Include the required edge condition and any later operations.kingteam@kingteam-cn.comContact details