BTech Innovation
  1. Companies
  2. BTech Innovation
  3. Products
  4. Model SISMA - Digital Light Processing ...

Model SISMA -Digital Light Processing 3D printers

SHARE

Professional SISMA EVERES 3D printers using resin polymerization with light projection allow you to finish your work perfectly!

Most popular related searches
EVEREST UNO is professional 3D printer that produce with resin polymerization by using DLP “Digital Light Processing” technology in the best way.

Thanks to its patent-pending ZTT (Zero Tilting Technology), it provides extremely fast print volumes with uncompromised quality.

Build volume (XY) :
124,8 mm x 70,2 mm

Z Axis :
200 mm

Dental Model

Dental or anatomical models, pre-surgical planning, orthodontics

High resolution

High dimensional stability

65 ÷ 150 µm

10.2 cm/h

Gingiva

Production of fake gingiva models

High flexibility

50 ÷ 150 µm

6.9 cm/h

Casting

Investment Casting

Rigidity

Optimum combustion processes

50 ÷ 100 µm

5.8 cm/h

Temporary

Temporary teeth, biocompatible devices

Class IIa

High Mechanical Properties

25 ÷ 100 µm

4.2 cm/h

Denture

Production of prosthetic bases

Class IIa

Mechanical Stability

50 ÷ 100 µm

5.5 cm/h

Custom Tray

Production of individual trays

Class I

High elongation capacity

100 ÷ 300 µm

10.0 cm/h

Surgical Guide & Splint

Surgical guides, splints, biocompatible devices

Class IIa

High Resolution

50 ÷ 150 µm

3.5 cm/h

EVERES ZERO and EVERES UNO are Professional 3D printers based on DLP “Digital Light Processing” technology, designed and manufactured to provide a high-level user experience.

Automatic alignment and self-resetting of the production platform, tank substrate unaffected by the photo-curing process, high writing speed, automatic resin loading and unloading with “Click&Make” software provide a high-end 3D printing experience.

The Intelligent Production Platform automatically aligns and resets with each new write cycle to avoid manual calibration errors.

The automatic separation function eliminates the risk of breaking the newly produced object.