DWP-80S

EASE MEETS PRECISION

Advanced 3D Technology for dental prosthetic creation.
 

DWP-80S Product Photo
DWP-80S Dental Prostetics Image

Overview

DENTAL 3D PRINTER

Calling it “simple” does not do justice to the effortless production of the DWP-80S. At the touch-of-a-button, users can print dental prosthetics that include custom trays, base plates, and frameworks. Combined with DGSHAPE’s new Quick Denta 3D software, creating precision denture prosthetics has never been so convenient or accessible.

FEATURES

Advanced 3D Technology for Denture Creation

Superior Quality to Transform the Fabrication Process

By rigorously analyzing the precision and fit required for digitally produced dentures, DWP-80S intelligently determines how dentures are printed and then chooses the ideal number and layout of support points while adjusting for material shrinkage factors. Dental components that previously required an advanced level of skill can now be made easily by anyone to streamline the denture fabrication process.

DWP-80S Fabrication Process Image

Streamlined Denture Fabrication Workflow

The traditional way of making dentures is a time-consuming process filled with trial and error. Adding a digital component can reduce steps and improve accuracy of key components. The DWP-80S prints these components with high resolution and because the files are digital, they are infinitely repeatable in case of breakage or loss by the patient. 

DWP-80S Denture Fabrication Workflow

Quick Denta Software for Easy 3-Step Operation

Bundled Quick Denta software comes pre-configured with the optimum parameters for printing a variety of denture applications in three simple steps by following the easy-to-follow workflow wizard. Denture applications can be produced immediately following set-up, eliminating the need for editing time or attaining expertise using 3D printers.

DWP-80S 3 Easy Steps Quick Denta Software

Projector System for Creating Multiple Components Simultaneously

A proprietary projector lens design cures the new resin with UV light emitted by the projector to form precise denture applications of various shapes and sizes. The 80 mm square work area is ideal for allowing multiple custom trays, base plates and frameworks to be printed simultaneously. * Approximate number of simultaneously printed components: custom trays -- up to 3, base plates -- up to 4, frameworks -- up to 4 (quantities may vary depending on the size of components).

DLP projector system for 3D Printing

Automatic Positioning

With Quick Denta, setting up a file for 3D printing is no longer a manual process. Quick Denta automatically adjusts 3D data to produce the most efficient and stable position on the DWP-80S work surface.

Quick Denta 3D Printing software

Automatic Support Generation

The unique, patent-pending Quick Denta software process simplifies model support creation by automatically generating support structures with a single click during post-processing.

Quick Denta 3D printing software

Error Detection and 3D Mesh Healing

With the unique, patent-pending Quick Denta software process, users can choose to automatically detect and repair minor errors during the STL importing process, without the need to return to the CAD software.  

Quick Denta 3D Printing software

Cost-Effective Resin Calculation

Quick Denta provides accurate, timesaving and cost-effective production by calculating the exact amount of resin needed for each job. This enables users to specifically estimate costs and be ultra-competitive with job pricing.

Quick Denta 3D Printing software

Make Multiple Components All at Once

The 80mm x 80mm x 80mm work area is ideal for printing multiple prosthetics, including custom trays, base plates, and frameworks. Quick Denta software enables users to nest multiple jobs for printing, such as up to 3 different frameworks at once. An approximate number of simultaneously printed prosthetics (quantities may vary depending on the size of components): Up to 3 custom trays -- Up to 4 base plates -- Up to 4 frameworks.

DWP-80S Projector System
Specifications
APPLICATIONS

Custom trays, base plates, and frameworks

BUILD TECHNOLOGY

Layered Projection System

BUILD SIZE

80 (W) × 80 (D) × 80 (H) mm (3.15 (W) × 3.15 (D) × 3.15 (H) in.) (The maximum amount of use perjob is 300g(0.66lb.))

LIGHT SOURCE

UV-LED (Ultraviolet light-emitting diode)

POWER SUPPLY

Machine: DC 24 V, 0.8 A /  Dedicated AC Adapter: AC 100 V to 240 V ± 10%, 50/60 Hz

POWER CONSUMPTION

20 W

OPERATING NOISE

During Operation: 55 dB (A) or less /  During Standby: 49 dB (A) or less

EXTERNAL DIMENSIONS

430 (W) × 365 (D) × 450 (H) mm (16.93 (W) × 14.37 (D) × 17.72 (H) in.)

WEIGHT

24 Kg (53 lb.)

INTERFACE

USB

INSTALLATION ENVIRONMENT

During Operation - Temperature: 20 to 30 °C (68 to 86 °F), Humidity: 35 to 80 % RH (no condensation), Power Off - Temperature: 5 to 40 °C (41 to 95 °F), Humidity: 20 to 80 % RH (no condensation)

INCLUDED ITEMS

AC adapter, Power cord, USB cable, liquid material vat, printing/cleaning tools (Metallic spatula, plastic spatula, tweezers, washing container × 2, Hexagonal wrench, rubber gloves, work tray, etc.), Read First (booklet), Roland DG Software Package CD, etc.

SYSTEM REQUIREMENTS FOR USB CONNECTION - OPERATING SYSTEM (OS)

A model preinstalled with Windows® 10/8.1/7 (32 or 64-bit versions) (64 -bit version recommended) or an upgraded computer originally preinstalled with Windows® 7 or later.  

SYSTEM REQUIREMENTS FOR USB CONNECTION - CPU

Intel® Core i5 or better CPU (Core i7 or higher recommended)

SYSTEM REQUIREMENTS FOR USB CONNECTION - MEMORY

4 GB of memory or more (8 GB of memory or more recommended)

SYSTEM REQUIREMENTS FOR USB CONNECTION - OPTICAL DRIVE

CD-ROM drive

SYSTEM REQUIREMENTS FOR USB CONNECTION - VIDEO CAD AND MONITOR

1,280 × 1,024 pixels or more

SYSTEM REQUIREMENTS FOR USB CONNECTION - FREE HARD-DISK SPACE REQUIRED FOR INSTALLATION

100 MB or more

SYSTEM REQUIREMENTS FOR USB CONNECTION - USB CABLE

Use the included USB cable.

Other Necessary Equipment

Before you buy, you'll need a few things

Light Box

Parts printed using DLP technology require a post-curing period for the resins to completely finish the photopolymer process. The LC-3DPrint Box was specially designed for the DWP-80S resins and is a great addition to a dental lab worfklow for 3D printing digital prosthesis.

LC-3DPrint Box