• Ease meets precision

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

    Custom trays, base plates and frameworks printed with the DWP-80S

    Dentures made easy

    Traditional production of custom trays, base plates and frameworks requires a highly advanced level of skill. With the DWP-80S Dental 3D Printer, users can speed-up and simplify denture fabrication. The digital production method of the DWP-80S intelligently determines how dentures are printed, chooses the ideal number and layout of support points, adjusts for material shrinkage, and makes other critical decisions for you.

    DWP-80S 3D dental printer

    Quick Denta software for simple 3-step operation

    Quick Denta 3D software is included with the DWP-80S and powers print production in three easy steps. Pre-configured with the optimum parameters for creating frameworks, trays and base plates with an easy-to-follow workflow wizard. This allows users of all skill levels to import STL files and print with minimal effort.

    Quick Denta Software 3-step process

    Make multiple units simultaneously

    DWP-80S denture component printing

    Using DLP (Digital Light Processing) technology the DWP-80S builds layers of resin which hardens after being cured with UV light. A proprietary lens on the DWP-80S ensures a highly accurate and consistent result. The square work area (80 x 80 mm) is ideal for printing multiple custom trays, base plates and frameworks. Quick Denta Software enables users to nest multiple jobs for printing, i.e. select up to 4 different frameworks at once.

    Only one type of component can be printed in the same print run.

    Post-production

    The Quick Denta software enables an easy post-production process which, when combined with the Roland post curing unit, delivers optimal results.

    If the base plate resin or the custom tray resin does not cure sufficiently, the job will not meet biocompatibility requirements. It is mandatory to use the genuine resins and post curing unit for producing the applications above.

  • Key software features

    • Automatic Positioning

    With Quick Denta, setting up a file for 3D printing is no longer a manual process. It automatically adjusts 3D data to produce the most efficient and stable position on the printer’s work surface. The optimum angle of orientation can also be automatically saved as a preset value and configured for each type of model being made- eliminating the need to reset values each time.

    • Automatic Support Generation

    Quick Denta simplifies the complex process of model support creation by automatically generating support structures with a single click.

    • Error Detection and 3D Mesh Healing

    An optional feature allows Quick Denta to automatically detect and repair minor errors during the STL importing process, without the need to return to the CAD 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.

    Denture components printed on the DWP-80S

    Typical output per day (8 hours)

    Typical output of frameworks per day with the DWP-80S

    Typical output of custom trays per day with the DWP-80S

    Typical output of base plates per day with the DWP-80S

    Calculations are indicative. Based on average sample size

  • DWP-80S 1

    Request a demo

    Get a detailed demonstration of this unit at one of our dealers or in our own demo room.

  • DWP-80S 2

    Contact us

    Please send us your questions. We would be happy to assist you.

Specifications DWP-80S    
Applications   Custom trays, base plates, and frameworks
Build technology   Layered projection system
Build size   80 (W) × 80 (D) × 80 (H) mm (3.15 (W) x 3.15 (D) x 3.15 (H) in.)
(The maximum weight of finished print(s) is 300g (0.66 lb.))
Light source   UV-LED (Ultraviolet light-emitting diode)
Power Supply Machine DC 24 V, 0,8 A
Dedicated AC adapter AC 100 to 240V ± 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) x 14.37 (D) x 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 cable, USB cable, liquid material vat, printing/cleaning tools (Metallic spatula, plastic spatula, tweezers, washing container x 2, hexagonal wrench, rubber gloves, work tray, etc.), Read First (booklet),  Roland DG Software Package CD, etc.

 

System requirements
Operating system (OS)* A model preinstalled with Windows® 10, 8.1, 7 (32-bit / 64-bit versions) (64-bit version recommended) or an upgraded computer originally preinstalled with Windows® 7 or later
CPU Intel® Core i5 or better CPU (Core i7 or higher recommended)
Memory 4 GB of memory or more (8 GB of memory or more recommended)
Optical drive CD-ROM drive
Video card and monitor 1,280 × 1,024 pixels or more
Free hard-disk space required
for installation
100 MB or more
USB cable Use the included USB cable.

* Operation of the machine has been verified using an Intel Graphics HD 4000 graphics card built in to the CPU.

Options
SR100-TR Photo-Cured Resin for Custom Trays, 1000g
SR100-BS Photo-Cured Resin for Base Plates, 1000g
SR100-CS Photo-Cured Resin for Frameworks, 1000g
LMV-80 Replacement vat
LC-3DPrint Box Post Curing Unit

* If the base plate resin or the custom tray resin does not cure sufficiently, the job will not meet biocompatibility requirements. It is mandatory to use the genuine resins and curing unit for producing the applications above.