Industry
Precision shaft couplings and special screws that help medical equipment perform with accuracy, cleanliness and long-term reliability.
Overview
Medical, dental and analytical devices demand components that are clean, precise and often non-magnetic. From imaging systems and lab automation to surgical and diagnostic equipment, the mechanics have to perform reliably over long service lives and survive repeated sterilisation. NBK Europe supplies precision shaft couplings and titanium and stainless steel special screws chosen for cleanroom assembly, imaging compatibility and chemical cleaning.
Non-magnetic titanium screws avoid image distortion and corrosion, compact couplings fit tight instrument housings, and low-vibration types keep sensitive measurements stable. Every product links to nbk1560.com for full specifications and CAD files. Share your device requirements and our engineers will match the right component.
Mixing shafts require vibration suppression and low noise. A high-gain rubber coupling such as the XGS ensures excellent vibration absorption and stable operation, combined with shaft couplings offering excellent chemical resistance and electrical insulation.
Corrosion resistance is essential due to environmental exposure. Zero-backlash stainless steel couplings such as the MSTS are suitable for these demanding applications. Other selections are made on non-magnetic features and anti-theft screws to prevent unauthorised access.
Accurate torque transmission for reliable device performance.
Materials and finishes for cleanroom environments.
Consistent operation and durability through continuous use.
Vented (drilled) socket-head cap screws that release trapped air and gases during pump-down to prevent virtual leaks in vacuum and cleanroom systems.
One-piece slit couplings for cleanroom, vacuum and heat-resistant use: zero backlash, low particle generation and excellent chemical and corrosion resistance.
Grade 2 and Grade 5 titanium socket-head cap and machine screws: lightweight, non-magnetic and chemically resistant for medical, aerospace and semiconductor use.
Heat-resistant, chemical-proof Oldham couplings with PEEK or VESPEL spacers for cleanroom and vacuum use: high misalignment tolerance and electrical insulation.
Low-permeability fasteners in titanium, SUS316L HiMo, tantalum, phosphor bronze and brass for MRI, cryogenic, semiconductor and precision magnetic instruments.
Fasteners for service far beyond 200 °C: SUS316L, molybdenum, ceramic, Vespel, Hastelloy and Inconel screws for furnaces, plasma and high-temperature process equipment.
Screws that protect the thread and head against aggressive chemicals: SUS316L HiMo, Inconel, Hastelloy C-276 and titanium for process, plating and semiconductor equipment.
High-strength fasteners in Grade 5 titanium, SUS316L, chrome-molybdenum steel, aluminium and RENY plastic that let designers downsize while keeping fastening strength.
Captive screws stay permanently attached to the component, preventing loss during operation and maintenance of covers, panels and access points.
Non-magnetic titanium and specific stainless grades avoid interference with imaging and measurement systems (such as MRI and analytical instruments) and resist corrosion during sterilisation, making them a safe choice for medical devices.
Yes. Low-particulate, low-outgassing couplings and screws are available for cleanroom assembly and use, with surface treatments that withstand wipe-down and sterilisation protocols.
Yes. PM engineers provide independent technical advice and match couplings and screws to your device, materials and cleaning process, and full specifications remain available on nbk1560.com.
Our engineers are here to help you find the right components for your system.
