Scientific Research

Technologies for advanced scientific applications.

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Engineering for Research

What we do for the research community.

We develop high-performance technologies to support scientific research in extreme and high-precision environments.

Research Areas

Three frontiers we engineer for.

Vacuum and motion systems engineered for synchrotron beamlines and beam diagnostics.

Vacuum technologies for extreme plasma environments.

Precision systems for measurement and detection.

Capabilities

Core capabilities, end to end.

From the first specifications to the integrated system in your laboratory.

01

High and ultra-high vacuum systems

Custom HV and UHV chambers, manifolds and end stations, engineered for long-duty research operations.

02

Thin film deposition technologies

Advanced deposition lines for micro and nano-scale layers, optimised for performance and reproducibility.

03

Custom-engineered solutions

From feasibility study to commissioning, we co-design with researchers to match unique experimental needs.

04

Integration with research infrastructures

Mechanical, vacuum and control system integration with existing beamlines, reactors and facilities.

Approach

Collaboration.

We work with research institutes to develop tailored solutions for complex experimental needs.

Selected research partners
CNR
INFN
ELETTRA Sincrotrone
ESS
ITER
ESA
Related projects

Selected research projects.

Particle Accelerators, Scientific Research
Cryogenics, Vacuum Systems

Cluster D Vertical Cryostat

Design, manufacturing and operational testing of liquid helium vertical cryostats for large superconducting magnets. A solution developed to ensure cryogenic stability, reduced thermal losses and high efficiency in liquid helium management.
Get in touch
Start Your Project

Talk with our team to develop your research solution.

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