Product Description
3D Printing Parts Digital Machining Plastic Metal Parts 3d Printing
Service
3D Printing Parts Description:
SLA process in 3D printing is a good choice for rapid prototyping
and small batch production,
because high-precision parts with smooth surface are required in
these production. SLA has a
range of different materials, including ordinary photosensitive
resin, high toughness photosensitive
resin, high temperature resistant photosensitive resin and
translucent .
3D Printing Parts Parameters:·
Quotation: | According to your drawing(size, material, thickness, processing
content, and requiredtechnology, etc) |
Material: | Aluminum, Copper, Stainless steel, Iron, PE, PVC, ABS, Nylon,
Plastic, etc. |
Processing: | CNC Turning, Milling, drilling, auto lathe, tapping, bushing,
surface treatment, etc. |
Surface Treatment: | Polishing, general/hard/color oxidation, surface chamfering,
tempering, Sandblasting, MetalPlating,Polishing, Painting, Powder
coating, Brushing ,Silk-screen , Laser Engraving etc. |
Tolerance: | +/-0.01mm, 100% QC quality inspection before delivery, can provide
quality inspection form |
Logo: | Silk print, Laser marking |
Size: | Accept custom size. |
Color | White, black,silver, red, grey, Pantone and RAL, etc |
Drawing format: | DWG,DXF,STEP,IGS,3Ds,STL,SKP,Al,PDF,JPG, Draft. |
Sample lead time: | No surface treatment,1-3 workdays.Require surface treatment,3-5
workdays. |
Trade Term: | EXW, FOB,CIF, etc |
Payment term: | Sample: 100% payment before production Mass production: (50% in
advance as deposit,balance before delivery) |
Certificate | ISO9001:2015/SGS/TUV/RoHS |
Packing | By carton or as your request |
3D Printing Parts Advantage:
SLS process in 3D printing is a good choice for rapid prototyping
and small batch production because
of the excellent performance of processing materials. SLS
components are increasingly used not only
in hand prototype, but also in mass production applications in many
industries. SLS produces parts with
high precision and excellent performance, and can print parts with
complex geometry.
3D printing, or additive manufacturing, is an umbrella term for
manufacturing technologies that can
generate parts by growing them out of base material. This differs
from subtractive manufacturing, such
as CNC machining, where a bulk material is reduced to its final
shape through cutting or forming.
3D printing is a powerful tool for generating custom parts, often
with complex geometries, and serves
industries from aerospace & defense, to automotive, to medical and
dental, and beyond.
This guide outlines 3D printing, its basics, getting started, and
the top commercial 3D printing processes
and materials used today.
