RAYSHAPE DLP 3D printer Shape 1+

Technical data and information

Build volume: 192 × 108 × 190 mm
Pixel size: 100 μm
Technology: Low Force Peeling DLP Technology
Dynamic layer thickness: 0.025 - 0.3 mm
Printing speed: Up to 80 mm (3 inches) / 1 hour ( Depending on the resin type and slicer settings )
Materials:
Available materials: ShapeMaterials; Basic / Functional / Advanced Series
Material packaging: 1 kg
Hardware:
Wavelength: 405nm
Light source: LED light source, Texas Instruments DMD chip
Resolution: 1920 × 1080 pixels
Door control: Printing will be paused automatically if the cover is opened (Optional)
Building environment: Automatic heating resin tank
Air filtration: Build-in air filter in building chamber
Touchscreen: 7’’ touchscreen
Connectivity: USB2.0, Wi-Fi(2.4GHz), Ethernet
Input: 100~240 VAC，3A，50/60Hz
Rated power: 250 W
Software:
Operating system: Windows 7/8/10/11
File format(input): .stl, .obj
File format (Output): .rs, .shape
Slicing software: ShapeWare
Advanced functions: Support editing, automatic repair, model cutting, hollowing, perforating, labeling
Wireless printing: Deliver printing tasks to specified printer in LAN environment via "One Click" operation
Cluster management: Manage the printing tasks of multiple devices in LAN environment
Language: Chinese, English
Size & Weight:
Device dimension: 420 × 400 ×604 mm
Device dimension (With open cover): 600 × 400 × 800 mm
Net weight: 26 kg
Package size: 570 × 540 × 850 mm
Package weight: 40 kg

Подробно Product descriptions

Long service life and maintenance-free

Thanks to the features of Texas Instruments' DLP technology, DLP 3D printers have significant advantages in terms of printing accuracy, efficiency, service life, and maintenance costs.

√ Long service life
√ Safe and reliable
√ High parallelism of light, and accuracy

Industrial Grade Mechanical Components

High precision linear guide

Shape 1+ series adopts an industrial-grade linear guide module to ensure accurate layer thickness and high surface quality.

Heavy-duty inner structure

The Z-axis module works at high bending strength due to the peeling force between FEP film and the prints.