BEAMIT > Services > Post-processing > CNC Machining
CNC machining

BEAMIT Group offers customers specialist precision machining departments at our plants in Boretto (Italy) and Newbury (UK) that produce AM components to meet the highest standards of tolerance and surface roughness.
Our highly-skilled personnel have the expertise to deliver faster processes that are more sustainable and precise in terms of technologies and production costs.
Our customers’ machining projects are carefully programmed using next-generation 5-axis CAD/CAM technology with every machine in the department offering virtual simulations. This prevents any damage caused by excessive machining and/or collisions to safeguard the integrity of the piece.
At BEAMIT Group, we assist our customers with their special projects, helping them to choose the best technology for their needs so we can guarantee stability and process repeatability when producing very large batches.
OUR SERVICES

SUPPORTS REMOVAL AND FINISHES
The manual or automated removal of the supports needed in 3D printing and finishing components with cutting-edge technologies enables us to achieve optimal surface quality.

HEAT TREATMENTS
BEAMIT Group has a specialist department for vacuum and in-air heat treatments, which are fundamental processes for achieving the highest levels of performance from an AM component.

DEPOWDERING AND CLEANING COMPONENTS
Using innovative methods to remove residual powder, PRES-X technicians can ensure that the characteristic cavities associated with AM-designed components are fully depowdered.

HIP AND HPHT
PRES-X was the first company in the world to install a Quintus Technologies QIH 60 system, a technology specifically designed to perform high-pressure heat treatments on AM components.

DRYLYTE® ELECTROPOLISHING
PRES-X is the heart of research and development of innovative green DryLyte® electropolishing technologies, the first dry electropolishing system designed for the surface finishing of metal components.

CHEMICAL MILLING
At PRES-X, a method for fine-tuning and validating the chemical milling process has been developed, making it repeatable and controlled for every possible use.