3D printers
High quality 3D printers
Order high-quality 3D printed parts now at PartsToGo!
3D Print Now!Series production with high quality and quantity
Manufacture high quality metal components
High resolution components in all quantities
High quality components without support structures
Wide range of known materials
Ideal for a variety of indications
For the completion of your components
Production cells enable series production of high volumes
Fast data processing and successful quality management
Sorry, there are no results for this combination of filters. Choose another combination of filters.
To ensure that all requests are handled promptly and completely, we ask that you submit all support requests through our support portal.
To the service portalDo you need assistance with your project, do you need advice or a sample part that we can send you?
Send EmailLooking for a scalable solution for post-processing large volumes of Stereolithography (SLA) prints? The DEMI 4000™ Series is the world's first automated technology specifically designed for resin removal of SLA parts.
The PostProcess™ DEMI 4000™ Series utilizes patented Submersed Vortex Cavitation technology for unprecedented post-processing efficiency, combining software, hardware and chemical components for optimal resin removal.
The PostProcess™ DEMI 4000™ Series provides precise control over temperature and ultrasonically generated cavitations, allowing for reduced process times.
Technical specifications:
Pool size: 890 x 890 x 635 mm
Capacity for consumables: 984 liters
Lifting capacity: 90kg
The PostProcess™ DEMI 4000™ features an automatic lifting system in a fully enclosed enclosure.
It offers an improved user experience while enabling a cleaner and safer work environment. The process area of the DEMI 4000 is compatible with many of the most well-known professional SLA 3D printers, such as B. the ProX 800 from 3D Systems, the NEO800 and the V650 from Stratasys.
PostProcess® SVC solutions use a sophisticated pumping system to rotate the part while it is immersed in the cleaning agent.
The Vortex component of SVC technology guarantees that the part is evenly exposed to the detergent and cavitation of the ultrasound, regardless of density or geometry and their impact on the buoyancy of the part.
PostProcess® uses ultrasonically generated cavitation as an additional source of mechanical energy to improve chemistry. The ultrasound creates compression and expansion waves in the cleaning agent by emitting sound waves with different frequencies and amplitudes.
At the surface of the part, the movement of the liquid causes cavitation and the formation of small bubbles. As the chemical weakens the carrier material, these bubbles stir it up, accelerating the reaction.
With a conventional system, the carrier material dissolves and falls to the bottom of the machine. The efficiency of the wave produced by the transducer would then be affected by this deposited material.
PostProcess® SVC machines have reduced this problem and ensure optimal efficiency throughout the cycle.
The PostProcess® DEMI 4000™ is capable of significantly increasing throughput. It makes the use of multiple machines obsolete and allows the user to use multiple build platforms ergonomically and at the same height.
The unique chemistry of PostProcess® is a key factor in the effectiveness of SVC technology.
The three main cleaning agents in the SVC line have all been developed by PhD chemists specifically for the cleaning of additive materials.
Each printing process has its own special cleaning agents, which have been optimized for the materials used.
PostProcess® cleaning solutions dissolve the substrate or uncured resin without damaging the build material.
The flushing algorithm, which carefully controls the energy, speed and direction of the system, ensures that cleaning time is minimized.
The AUTOMAT3D® software varies the rinsing intensity, the temperature and the process time in order to achieve ideal cleaning in the shortest possible time.
Fill up the form below and we will send you the data sheet by e-mail.
Cookie settings
We use cookies to provide you with the best possible experience. They also allow us to analyze user behavior in order to constantly improve the website for you. Privacy Policy