3d-printing can add value to products and processes and thus to companies, their customers,
the end users and the society.
We know that by personal experience.
Because we have witnessed “a thousand fails” we know first hand that 3d printing
is not a plug & play process; we know most of the things that can make you fail too.
Adding to the benefits of additive manufacturing, we can now offer components
at 1/10th of the scale, with increased accuracy and resolution.
That opens the door to products with internal cavities, thin walls down to 0.1mm,
and moving parts without assembly, both in polymers and metals.
Surface finish has always been a problem for Additive Manufacturing. Now, we
bring a revolutionary process for finishing metal parts, from deburring to mirror
quality in one step: DRY ELECTROPOLISHING
The main advantage of this process is that it preserves sharp edges and pointed features,
like scalpels, needles or other components with angled fins.
Other characteristics of the process are:
Proprietary design technology for automatic digital data processing:
Doctors have faster and easier access to high-quality information extracted from the
medical images and 3D models.
Everyone deserves the best solution. We do not consider the one-fits-all, the off-the-shelf
sizes system, so we create person-specific implants, cutting guides and surgical tools
Healthy bone grows into the graded porosity and interlocks with the implant. Loads are transferred
evenly reducing stress shielding.
All that brings faster recovery times and long-term stability, with reduced hospital costs.
"I am very impressed with what you have done and I trully know the effort that you have to develop this algorithm"
“There is a very uncomfortable number of patients which standard, off-the shelf implants do not fit at all”
Despite the relatively high cost, individual, patient-customized devices achieve savings: more efficient surgical procedures, faster patient recoveries, and reduced risk of joint failure compared to those associated with classic manufacturing methods, such as casting, forging, and/or machining.