Most engineers recognise the PT®, DELTA PT® and EVO PT® as the industry benchmarks for large-scale thermoplastic assemblies. But when the application shrinks to the size of a medical-grade heart valve, the physics don't change; the stakes just get higher.
When it comes to determining the most appropriate and effective mechanical fixing approaches for plastics, it is crucial to consider how the material characteristics of different types of plastics will influence decisions.
The increased use of plastics in assemblies has provided engineers with a whole host of benefits over many decades, not least in terms of achieving important weight and cost savings.
As a leading supplier of fastening systems to the industrial and manufacturing industries, EJOT is ideally placed to support engineers in all areas of the rail industry, particularly those working in the train-building sector.
For decades reducing vehicle weight has been a top priority in the automotive industry and given the availability of newly emerging materials there is always scope for further savings.
From DELTA to EVO - The evolutionary journey of EJOT's PT screw generations.
As EJOT UK’s EJOWELD deployment specialist, Jake Robinson works closely with customers to ensure they can realise the full potential of our market-leading thin sheet joining technology. Read more about Jake's role at EJOT UK...
We are delighted to be supporting the annual awards programme dedicated to recognising and celebrating the very best examples of engineering innovation achieved through a collaborative approach.
Key to the success of the EV market is the ability to create safe, practical electric vehicles, which have batteries capable of providing enough power for the driver to achieve an acceptable range without adding significant weight.
Automotive seating has advanced significantly in recent years as technology and innovative materials have expanded the role it plays in a vehicle’s comfort level, its safety, overall weight, durability and interior styling.
Automotive lighting, particularly headlamps and tail lamps, has taken on a whole new look in many of today’s electric vehicles (EVs).
Vehicle doors have developed significantly over recent decades as manufacturers seek to upgrade the driver experience and comfort while supporting goals such as improving safety and security.
E-connectivity assemblies are as fundamental to an EV’s operation as the petrol or diesel tank is to an Internal Combustion Engine (ICE) vehicle...
How can EV charger designers and manufacturers respond to increased demand and scale-up production as required through efficient design and assembly, without compromising other design and performance goals?
With the design of the BIW of EVs demanding even greater performance from fasteners than ICE vehicles ever did, partnering with an experienced and innovative automotive fastener manufacturer has never been more important.
Advanced fasteners can enable the manufacture of higher performing batteries for EVs, which are optimised for long term efficiency, weight minimisation and ease of manufacture.
Advanced fastening solutions enable automotive engineers to optimise the design of electric vehicle battery (EVB) assemblies to realise far-reaching benefits...
EJOT UK offers an extensive product offering bringing strength and lightweight benefits to the electric vehicle market.
Bespoke online tools from EJOT help design engineers speed up research and development programmes by reducing the need for testing and delivering cost-saving potential.
News release for the Automechanika Exhibition in Birmingham. Here we present the Asyst modular adjustment systems for headlamp components...
News release for the Automechanika Exhibition in Birmingham. Here we present the FDS Flow Drilling Screw for ultra-thin sheets, no pre-drilling required...
News release for the Automechanika Exhibition in Birmingham. Here we present the Delta PT and Boss Family for thermoplastics…
EJOWELD; the sophisticated friction-weld based assembly system designed to create an automated high strength join between light-weight materials and high-strength steel.
Our Industrial Engineering Team, supported by Niko Muller from EJOT's development Team in Bad Berleburg, introduced the principle of TSSD joining Technology at the NEC in Birmingham...
