Want to see these products in person?

LVDT (Linear Variable Differential Transformer), is an absolute position/displacement transducer that will convert a position or linear displacement from a mechanical reference (zero, or null position) into a proportional electrical signal containing phase (for direction) and amplitude (for distance) information. The LVDT operation does not require an electrical contact between the moving part (probe or core assembly) and the coil assembly to work, but instead relies on electromagnetic coupling; this and the fact that LVDTs can operate without any built-in electronic circuitry are the primary reasons why they have been widely used in applications where long life and high-reliability equipment under very severe environmental conditions as required, such as in Military/Aerospace, process controls, automation, robotics, nuclear, chemical plants, hydraulics, power turbines, and many others. LVDT’s come in two different ranges, either DC or AC output. DC versions, in general, have integral electronics or there is limited need for complex signal conditioning or AC variants which will require signal conditioning. There are lots of object application-based uses for an LVDT device, as they are not electromechanical there are many good uses for many devices.

Eyepiece-less stereo optics deliver crisp, true 3D views with total head freedom – less fatigue, more precise work.

Lynxter S300X Silicone and Polyurethane capable printer Range of Shore Hardness Silicones with Soluble Support Structure enabling the printing on complex Silicone parts

Lynxter S300X Filament Printer, fully insulated print chamber and material storage All types of filaments, including Commodity, Engineering and flexible ones, as well as technical materials such as PEKK, PP, PETG-C, PLA, PA, TPE/TPU, HIPS, PVA IDEX printing

We have newly released our M Series Connectors and Cable Assemblies, offering industrial solutions where the ingress of dirt or moisture could be an issue. These powerful, robust, discreet connectors can offer power or signal channels up to 10Gbps.

When buying or merging with another business there are numerous direct, indirect and additional expenses. Our expert team can create finance solutions that are bespoke to your needs to ensure that your cash flow remains healthy and enables your business to grow and thrive.

Yamaichi´s push-pull version of the M12 connector is the very first M12 push-pull design, which has been defined as an international standard (IEC 61076-2-012). Therefore, M12 push-pull design-ins are possible now for M12 push-pull systems, without using proprietary solutions. From the beginning, Yamaichi Electronics has been setting a new standard with the M12 push-pull with inner locking. The cable-side connector engages deep into the device socket from the inside with locking hooks. As a result, the push-pull system requires only the same installation space as a common M12 connection with screw locking. With this technology, it is possible to completely insert the M12 socket into the device, e.g. to integrate it into a distribution box, aligned flush with its housing. The system is IP65 / IP67 water and dust proof and uses independent sealing concepts for screw-type and push-pull connector. Thus, the mixed usage of the connectors is possible in a reliable way. The particularly long locking hooks of the cable connector are supported by the threaded segments of the device socket. This makes the system mechanically extremely robust. In addition, this offers significant advantages when subjected to torsional loads and rotational forces. This means the user takes advantage of all the benefits of the push-pull locking system: considerable time saving, miniaturisation, blind and tool-free contact mating with simple handling – in accordance with the standardised M12 specification. Standardisation brings security During the international standardisation, industry-standard requirements regarding device integration and functionality were introduced and taken into account. This ensures the ideal basis for cross-manufacturer compatibility, which has already been proven between different manufacturers. The fast implementation of the IEC 61076-2-012 in less than 2 years is further evidence of this. The M12 push-pull is fully backwards compatible with the screw lock type.

Machine base frameworks using aluminium profiles can form an integral part of machinery, helping to protect staff as well as the equipment within. Frames can also be used for exhibition stands and displays and all manner of projects which require reliable support systems. Using the Kanya profile system to build any type of aluminium frameworks is simple, thanks to the easy connector system. It will take minimal time and effort to join components together to create: - Machine guarding - Machine bases and supports - Equipment mounts and supports - Racking and shelving - Display frames for exhibitions and signage Please email our Kanya Sales Team for information - tonyferreira@kanya-uk.co.uk or chrisdavies@kanya-uk.co.uk

Bespoke machine guarding and safety fencing can be created with the Kanya aluminium profile system. Using a combination of fencing, solid partitioning and safety glazing, full or half height structures can be erected quickly and in minimal time. Powdercoating of the aluminium can be achieved to create safety barriers in black and yellow, to any RAL colour of your choosing. Typical uses include safety barriers and perimeter fencing around manufacturing plants and industrial premises, as well as machine guarding around equipment and dangerous activities. Please email our Kanya Sales Team for information - tonyferreira@kanya-uk.co.uk or chrisdavies@kanya-uk.co.uk

Our services include: • Material selection advice (we have > 150 different materials to match your requirements) • Bespoke machining, from prototypes through to full production • Bespoke cleaning, part marking, and packaging (including a class 7 clean room) • Assembly and kitting to free up your valuable resources • Stocking agreements to reduce your inventory costs • We offer machining capabilities from micro to massive