Production of end-use parts with ultra-high resolution
With the only 3D printer based on DLP technology, with a 4M projector and UV light unit, EnvisionTec delivers the highest precision, functionality and quality of the smallest end products with the P4K series.
Thanks to the innovative 4M projector technology and the wide range of materials, the P4K series produces high-resolution components for a wide variety of applications in large batches.
The user-friendly software of the P4K series combined with the simple material changeover reduces the maintenance time of the systems and ensures that users can concentrate on creating optimized parts.
The system's 4K projectors with UV optics achieve a wavelength of 385 nm, enabling the printing of high-precision parts with ultra-smooth surfaces.
By tuning pixels with the help of artificial intelligence, the printing process is optimized and an extremely high-quality surface finish is achieved.
The P4K was specially developed for a 24/7 production environment and can also run at night without requiring user intervention.
A 4K projector is integrated into each of the four P4K models, which enables the pixels to be distributed across four differently sized build plates, resulting in accuracy down to micrometer level.
Several individual parts can be combined and produced as a single piece. The surface finishing of the material also reduces the need for further processing.
The system is characterized by an overall user-friendly design and handling as well as an uncomplicated and quick material change.
The high-precision resin, which is suitable for transparent parts, is suitable for packaging food, beverages and chemical liquids. The Envisiontec P4K can be used to print large batches of clear and hygienic containers that meet the chemical requirements of their filling.
The challenges of producing medical parts lie in the high tooling costs and long lead times. Envisiontec's systems make it possible to produce the smallest sterile parts in the shortest possible time with great design freedom.
To guarantee the best musical experience, the perfect fit of in-ear headphones is essential. The P4K series enables the simultaneous production of individual pieces with a customized fit and precise surface quality.
The castable photopolymer has the highest wax content currently available on the market. In addition, it is mixed with special hardeners that enable a high level of detail in the components. It is also capable of high-speed printing.
Due to its temperature resistance of up to 140°C, the molding material is suitable for a variety of applications in extreme conditions, such as oil, gas or high-pressure applications. It is capable of printing high-resolution parts that can be vulcanized directly into rubber.
The ceramic-lined resin can also withstand high temperatures and is suitable for strong and rigid components that require a very high resolution.
Our experts will provide you with a list of all printable materials and advice on qualifying your material
We provide an efficient introduction to industrial 3D printing, advise you on suitable
3D printing processes and make you fit for additive manufacturing.