Digital Light Processing (DLP).

Material Innovations Expands Production Applications.

Digital Light Processing (DLP).


DLP stands for digital light processing, which is a type of vat polymerization. Vat polymerization 3D printing technologies make use of a (liquid) photopolymer resin which is able to cure (solidify) under a light source.

With a DLP 3D printer, the light source is a specially developed digital light projector screen. The DLP projector screen flashes an image of a layer all at once! Thus, all points of a layer can be cured simultaneously.

3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4
Standalone.

Properties


Ultra-fast and affordable for same day prototyping and low-volume production

Highlights


Same day prototyping and direct digital production of tens and hundreds of parts per month

Affordable and versatile solution for low volume production, and same-day prototyping for fast design iteration and verification

Speed, quality and accuracy with industrial-grade durability, service and support

Software


3D Sprint

3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4
Modular.

Properties


Scalable, semi-automated 3D manufacturing solution designed to scale with growth

Highlights


Expandable capacity up to 24 print engines

Automated job management and queuing, automated material delivery, and centralized post-processing

Same-day prototyping and direct 3D production up to 10,000 parts per month

Each printer can run different materials and different jobs as part of a single high throughput line

Software


3D Sprint
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4
Production.

Properties


Industry’s first customizable, fully-integrated factory solution for direct digital production

Highlights


Produce 1 million+ parts per year in a broad range of industrial, dental and custom materials

Customizable and automated direct 3D production solution with configurable, in-line production cells

Direct digital production alternative to traditional manufacturing

Software


3D Sprint
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4
Jewelry.

Properties


Ultra-fast and affordable 3D printing solution for jewelry design and manufacturing workflows

Highlights


Designed to address three application-specific workflows: jewelry casting patterns, master patterns for molds, and prototype/fit check models

Ultra-fine support structures minimize part-to-support interaction for the smoothest sidewalls and fine resolution

Print at 16mm/hr at 30µm layer - up to 4x faster than comparable printing systems for a full platform of rings

Software


3D Sprint
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent
5100.

Properties


Redefining digital dentistry

Highlights


Complete digital dentistry solution for 12 indications in a range of 30 NextDent biocompatible materials

High accuracy, within 50 microns Trusted end-to-end workflow

Software


3D Sprint

3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

FabPro
1000.

Properties


New levels of affordability, ease-of-use and quality in an entry-level 3D printer

Highlights


Prototyping and Production
Dental
Jewelry

Software


3D Sprint

Materials offered for DLP.

Figure 4.
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Tough 60C White.

White plastic for long-term use parts with a good combination of impact strength, elongation, and tensile strength
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Tough 65C Black.

Black plastic for long-term use parts with a good combination of impact strength, elongation, and tensile strength.
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 High Temp 150°C FR Black.

UL94 V0 rated flame-retardant black plastic with >150 degree C heat deflection temperature
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Rigid Gray.

High contrast gray plastic for long-term use parts with balanced thermal and mechanical properties
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Rigid White.

Opaque rigid white production-grade plastic
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Jewel Master GRY.

Jewelry master patterns and prototypes
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Rubber-BLK 10.

Durable, hard rubber-like material
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Tough-BLK 20.

Strong material with long-term environmental stability
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 MED-WHT 10.

Rigid white material that can be sterilized and tested at high temperature
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 MED-AMB 10.

Rigid, translucent material that can be sterilized and tested at high temperature
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 FLEX-BLK 10.

Flexible and durable, production polypropylene-like material
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 JCAST-GRN 10.

Jewelry castable material for high-resolution patterns
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Tough-GRY 15.

Economical, production rigid gray material
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

Figure 4 Tough-GRY 10.

High speed, production rigid dark gray material
NextDent 5100.
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Ortho Flex.

Transparent 3D print material for Splints and Retainers
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Denture 3D+.

3D Print resin for the manufacturing of removable denture bases
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Cast.

3D Print resin for the manufacturing of castable parts
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Gingiva Mask.

3D Print resin for the manufacturing of gingiva masks on dental models
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Tray.

3D Print resin for the manufacturing of individual impression trays
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Model 2.0.

3D Print Resins for the manufacturing of prosthodontic and orthodontic models
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Ortho Rigid.

3D Print resin for the manufacturing of dental splints
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Ortho IBT.

3D Print resin for the manufacturing of Indirect bonding trays.
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent C&B MFH.

Micro Filled Hybrid 3D print resin for the manufacturing of long-term temporaries
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent Try-In.

3D Print resin for the manufacturing of try-in devices
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

NextDent SG (Surgical Guide).

3D Print resin for the manufacturing of dental surgical guides
FabPro.
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

FabPro Flexible BLK.

Flexible and durable material
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

FabPro JewelCast GRN.

Green material for jewelry casting patterns
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

FabPro Proto GRY.

Fast, general purpose plastic
3D Systems Figure 4: Ultra-Fast Production for End-Use Parts

FabPro Tough BLK.

Durable production plastic
Alone you can go fast, Together you can go far
- African proverb
Let’s create future, together.