Allectra is a manufacturer of electrical and mechanical feedthroughs for UHV and High Vacuum.
Allectra GmbH was founded in 2002 in Berlin and now manufactures and supplies a full range of HV (high vacuum) and UHV (ultra high vacuum) components including custom products all over the world. Allectra Limited was started in 2003 in Sussex to promote the products on a worldwide basis. The Allectra sales and service network is also supported by offices in France and Italy. Today, global customers include universities, major Synchrotron laboratories and High Technology companies.
Allectra manufacture electrical feedthroughs, cables, mechanical components and other items including quick access doors, load locks, vacuum chambers and optical components including viewports.
The company is actively involved in the development of new products which can yield technical advantage or cost-saving over conventional components. Our new product range includes Pressure Burst Disks – low pressure versions, a new version of our Triaxial Feedthrough with both small dimensions and high quality connectors, radiation resistant Kapton® insulated wires and radiation resistant wire with PEEK insulation.
Allectra offers a full range of components for High Vacuum and UHV. The range includes: Sub-D Feedthroughs and High Vacuum and UHV Connectors together with their associated cables, Electrical Feedthroughs, Coaxial Feedthroughs, In-Vacuum Cables, Viewports, Accessories, Mechanical Components, Chambers, UHV and High Vacuum Valves and Hardware.
We manufacture Electrical Feedthroughs, Cables, Mechanical Components and other items including Quick Access Doors, Load Locks, Vacuum Chambers and Optical Components including Viewports.
The company opened a purpose-built facility in 2014 to expand our manufacturing capabilities. The new build incorporates a clean assembly area, specials workshop and CAD/CAM manufacturing on the site of our former offices and workshops at Sheffield Park, East Sussex.
We offer our customers both standard and custom components on short delivery and at competitive prices. We also develop product ranges specifically to meet customers’ needs.
Allectra has custom design and manufacturing departments with engineering and scientific capability in both the UK and Germany.
We provide High-Vacuum and Ultra-High Vacuum components and bespoke solutions in multiple scientific and technology disciplines.
Allectra has a skilled team of physicists, technical advisers, engineers and specialist project managers. We will produce detailed engineering drawings based on customers’ sketches – 3D compatibility check is included.
Manufactured parts, which may be special flanges made from stainless steel are produced in the company’s advanced workshop using numerically controlled manufacturing centres.
All items are fully tested before being commissioned; and cleaned to our ultra- high vacuum standard ( UHV) before being despatched to a pre-agreed delivery date.
Allectra is a green company and uses only environmentally approved cleaning fluids. The workshop and offices are heated by a carbon neutral wood pellet boiler and electricity for the manufacturing is generated by solar PV panels on the roof.
Allectra Limited is ISO 9001 certified.
Allectra is committed to developing new products which can yield technical advantage or cost-saving over conventional components.
By using these products, our customers are able to take advantage of the latest High Technology advancements we have been to identify. For example, our Circular Miniature Feedthroughs are compact and can still hold up to 19 pins. They have now been adopted as a standard by Synchrotrons worldwide.
Our physicists and engineers originate, develop and manufacture components for the High Technology marketplace. These components have included Fibre Optic Feedthroughs, Circular Miniature Feedthroughs, Sub-Miniature D Type Feedthroughs, High Frequency Feedthroughs (up to 40 GHz), Radiation Resitant wire with PEEK insulation, Pressure Burst Disks – low pressure versions, Radiation Resistant Kapton® insulated wires and a new version of the Triaxial Feedthrough.
Like us on Facebook
Follow us on Twitter
View our profile on LinkedIn
Stay connected on Google