IPFL’s newest addition: BMF S230 2µm resolution system
Exciting News at IPFL! We’ve just upped our precision game by adding the incredible BMF S230 2µm resolution system to our lineup. This is micro-precision on a whole new level – think ultra-high resolution that's transforming the future of micro-manufacturing. With the BMF S230, we're now equipped to tackle the most intricate projects, from microfluidics to complex electronics, and…
PuSL microneedle utilisation
Microneedle arrays are rapidly developing as a low-risk method for drug absorption, vaccinations and cosmetic treatments. using PµSL technology, needle arrays can be produced with incredible intricacy and definition. This is a quick process which supports the iteration cycle and can bring products to market faster. These printed prototypes can then be used as masters for PDMS moulding where…
Microfluidics in 3D printing: Exploring the future of rapid and high-quality printing
The world of 3D printing is constantly evolving, with new technologies and techniques being developed to enhance speed, accuracy, and quality of the final printed products.
HP MJF 3D printing for small batch production
Production ready industrial 3D Printing
When it comes to small batch production, finding a cost-effective and efficient method can be a challenge.
IPFL expands printing possibilities with new multi-material polyjet printer
Multi material production 3D Printing and prototypingIPFL, experts in plastic machining, fabrication and 3D printing, has begun running the latest J850 Polyjet 3D printer from Stratasys.
Unleashing the potential of Micro 3D Printing with the BMF PµSL System
IPFL is at the forefront of micro 3D printing innovation with the BMF PµSL system, offering unparalleled precision in manufacturing microscale components. Ideal for aerospace, medical, and electronics industries, this advanced technology enables the creation of highly detailed parts previously impossible with traditional methods. The PµSL system excels in rapid prototyping and reducing production…