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Prototipos de PCB de forma sencilla

Servicio completo para prototipos de PCB personalizados.

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Overview: How CNC Laser Cutting works?

The Basics Of CNC Laser Cutting

Laser cutting generates the first 2D flat of the sheet metal fabrication. Turnaround time for laser cutting is faster than punching, saving you time on shorter runs, and is more precise and consistent cut than mechanical cutting.


CNC laser cutting produces consistent clean edges to the most exacting tolerances. It is a flexible, versatile manufacturing solution for fabricating parts with complex geometries that require distortion-free finishes.

The Basics Of CNC Laser Cutting

Laser cutting generates the first 2D flat of the sheet metal fabrication. Turnaround time for laser cutting is faster than punching, saving you time on shorter runs, and is more precise and consistent cut than mechanical cutting.

Features of CNC Laser Cutting

Advantages
Fast and Repeatable
Quick removal of large amounts of metal material, parts ready as fast as 1 day.
Strength & Durability
High-performance plastics like PA/PC/ULTEM are ideal for applications that require resistance of certain aspects.
Accuracy
We use the most advanced industrial FDM 3D printers with tolerances of +/- 0.004” or +/- 0.002” per inch, whichever is greater.
Turnaround
FDM parts do not require tooling which reduces the manufacturing lead time from weeks to days, allowing for faster innovation and speed to market.
Geometry
With dissolvable supports(industrial-level only), interlocking and complex structures are easy to be achieved.
End Production
FDM is capable of producing end-use parts on-demand to boost your marketing by customization.
Drawbacks
Surface Quality
Extruding material layer-by-layer,the surface has layer lines and fine details cannot be realized
Scale Effect
The unit cost and lead time will not be reduced as much as casted or molded parts.

Available sheet metal fabrication processes

Our network of Manufacturing Partners gives you easy access to sheet metal fabrication capabilities to serve all your manufacturing needs.
Name Description Allowable sheet thickness
Laser cutting This manufacturing process uses a high-power laser beam to cut a material sheet. 0.5-10mm
Bending This manufacturing process uses a dies to produce a U-shape 0.5-6mm
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Tolerances for sheet metal fabrication

Feature Tolerance
Cutting feature ±.0078"(0.2mm)
Bend angle ±1.0°
Bend to edge +/-0.010"(0.254mm)

Available Materials for sheet metal fabrication

Our thermoplastic-like SLA materials include grades of ABS, polycarbonate and polypropylene, along with a durable nickel-coating option.

Available Finishes

Standard (As-Milled) (Ra 125μin)
Bead blast + Anodized color
Anodized
Electrically conductive oxidation
Black oxide
Brushed
Bead Blast
Spray painting - Matt paint
Spray painting - High gloss paint
Powder Coat
Chrome plating
Galvanization
Nickel plating
Silver plating
Gold plating
Tin plating
Vacuum plating
#1000 sanding
Silkscreen
Laser engraving
Smooth machining (Ra1.6µm, 63 µin)
Chem Film (Chromate conversion coating)
Electrophoresis
Passivation
Etching
Electropolished (Ra0.8µm, 32µin)
PVD (Physical Vapor Deposition)
Pickling
Others
Dyeing