China Factory Hot Selling Desktop 3d Sla Printer For Jewelry

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Origin

China Mainland
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Description

Product Detail

China factory hot selling desktop 3d sla printer for jewelry

Basic Info

Model NO.RC1801

Printer Material: 405nm Photosensitive Resin, Optional

Thickness: 0.02mm-0.2mm

Forming Technology: SLA

Software Format: Stl

Scanner: Made in Germany

Printing Size: 150*150*150(mm)

Power Supply: 100-240V

Type: Rapid Prototyping,Industrial Design

Size: Medium

Speed: The Maximum Scanning Speed Can Reach 8000mm/s

Operating System: Windows

Trademark: Rich-Opto

Origin: China

Product Description

·Our Products have CE,Rhos,ISO9001 certification. We promise you high quality and good customer experience.

·Warranty: 12 months, could be longer if you join our membership.

·Delivery Term: about 30 days.

Name	Parameter
Molding scope	Max170mm×170mm×170mm(L×W×H)
Laser	Module 405NM semiconductor laser
Laser power	50-220MW(Adjustable)
Scanning speed	Highest 10000mm/s
Focus facula	0.03mm
Z-axis specification	Servo motor linear guideway
Molding precision	±0.1mm
Layer resolution	0.025-0.2mm
Support system	Windows,Android
Document transmission mode	WIFI,USB
Display screen	7 inch high definition capacitive touch screen

FAQ

1.What is 3D Printing?

3D printing is a way to prototype parts rapidly in which a real object is created from a 3D design.
The digital 3D model can be saved in a variety of standard formats including STL and OBJ and then uploaded to a 3D printer for processing. The 3D printer then prints the design layer by layer and forms a real object.

2. What is the difference between SLA and FDM?

SLA - Stereolithography
SLA is a form of additive manufacturing technology used for creating models, prototypes and production parts in a layer by layer fashion using photo polymerization, a process by which light causes chains of molecules to link together forming polymers.
FDM - Fused Deposition Modelling
This is the type of printer that is most common as it is cheap and can be readily made with a few simple parts.
It works by heating up a piece of plastic and forcing it out of a small hole in the same manner as toothpaste.
Imagine drawing a picture with just a tube of toothpaste by squeezing a line out and going forwards, backwards, left and right only.
Let that first picture harden and then do the same again slightly higher with the next layer of the part you wish to build.
The plastic mentioned above is referred to as filament and can come in a variety of materials, textures and colours.
Different materials can be used for different applications.
Wood, plastic, metal and rubber type materials are all used by 3D printers.