Stay in the Sweet Spot – Lubrication Made Simple! The Ultraprobe 401 Digital Grease Caddy removes the guesswork of lubrication by allowing you to monitor the friction in your bearings, ensuring you are applying the right amount of lubrication. By moving from time-based monitoring to condition-based monitoring, you are setting yourself up for a more reliable and efficient maintenance program. You can also store and trend decibel levels so you always know the health of your bearings. Monitor Bearing Health - Lets you know when bearings are experiencing friction and how much grease is needed - Displays dB levels before and after applying grease - Trend bearing condition Optimize Your Lubrication Program - Record all lubrication data including dB levels, baselines, grease, etc. - Create lubrication routes - Cost analysis Two Display Panels (dB and dB with intensity bar graph indicator) Customized Settings Upload/Download Route Data Built-In Lamp to Illuminate Dark Areas Swivel Base Adjusts to Odd Angles Heavy Duty Headphones for High Noise Environments Magnetically Mounted Transducer Belt Holster The Ultraprobe 401 Digital Grease Caddy allows you to perfect your lubrication strategy and keep production running.

Expand Your Inspection Capabilities with Digital Ultrasound Technology The Ultraprobe 9000 is a digital ultrasonic instrument that specializes in bearing condition monitoring, compressed air leaks, along with steam traps and valves. This instrument combines the best of both worlds by scanning as quickly as analog instruments while also using digital information to store and trend data with the push of a button. The Ultraprobe 9000 is an intrinsically safe instrument with the option of an ATEX model for use in rated areas. Why choose the Ultraprobe 9000? Versatile and Easy-to-Use - Minimal Training, Quick Learning Curve - Adjustable frequency between 20Hz-100kHz - Accurate and Repeatable Digital Data On-Board Data Logging - Compatible with DMS software - Download and upload data and routes Ideal for Troubleshooting and Data Collection Export Database and Report to Excel Trend Charts Interchangeable Modules The Ultraprobe 9000 offers the best combination of troubleshooting and route-based data collection. See the Ultraprobe 9000 in action and expand your inspection capabilities.

With UniGrid®, we offer standardized solutions for CFC grids in addition to customized charge carriers. In contrast to machined or water jet-cut grids, these grids, manufactured in a single, separate process, have a continuous fiber structure and no joints. The closed frame structure enables easy, uncomplicated handling with a high degree of rigidity and strength.

Unit 1136, completed as part of MEPC's Phase 3 industrial development at Silverstone Park, is 90,473 sq ft in size and currently available to let. Class uses B1b, B1c, B2 or B8; EPC A rating; 10 m clear height to underside of haunch; allocated parking etc.

We are leveraging the UK’s rich nuclear heritage to help solve global challenges in four strategic areas: Clean Energy, Environmental Restoration, Health and Nuclear Medicine and Security and Non-Proliferation. At a time when society is waking up to acting on the environmental crisis our planet faces, it is impossible to overestimate the scale of the challenge ahead for the UK in reaching net zero by 2050. Without nuclear, the UK will not meet this target on time. And without UKNNL’s work, the UK nuclear sector cannot deliver what is required. Whether it is accelerating the UK’s demonstration programme for Advanced Modular Reactors or delivering our first sustainable indigenous supply of medical radioisotopes since the 1960s, UKNNL will be at the forefront of game-changing advances that will help to transform the environment and people’s lives, now and into the future. And it is our people here at UKNNL who will be driving this forward, supported by our customers and partners in government, academia and the private sector both in the UK and worldwide. Royce facilities at UKNNL include a dedicated materials characterisation suite for the analysis of highly active materials including microscopy, Raman and sample preparation techniques. Instruments can be modified for remote handling and characterisation of highly active samples (e.g. irradiated fuel and cladding). These state-of-the-art facilities are dedicated to supporting the development of materials associated with, or originating in, high neutron flux environments.

Unity and Unreal are powerful VR/AR tools that can be used to create anything you want when it comes to visual experiences. With full support for all available platforms it's easy to build the experience you need. It may be a simple Virtual Reality walkthrough or a fully customizable Augmented Reality configurator. It’s up to you! Come and speak to us on the stand about our projects we've delivered!

A 142-strong Formula Student team, designing, building and racing a single-seater electric race car against teams

Siemens, a leading healthcare company, partnered with Solsta to address their needs for sourcing components for a spectrometer subassembly used in one of their urinalysis instruments. Solsta provided Siemens with necessary components such as LEDs and CCDs and facilitated an introduction to a subassembly manufacturer, managing the supply chain to deliver the completed subassembly to Siemens. When the subassembly manufacturer later closed down its production facility, Solsta proactively stepped in to remedy the situation by transferring the production of the subassembly in-house to their facility in Weymouth. During the transfer process, Solsta implemented several improvements to enhance the production process. They automated the die stamping and wire bonding processes, resulting in improved reliability and accuracy during assembly, and enhanced the qualification and test procedures, further reducing the possibility of errors or failures in the manufacturing process and increasing overall product reliability. Continued Production: By swiftly transferring the production of the subassembly to their own facility in Weymouth, Solsta ensured uninterrupted manufacturing for Siemens’ urinalysis instrument. Improved Production Process: Solsta’s automation of the die stamping and wire bonding processes led to enhanced reliability and accuracy during assembly. The automation reduced the potential for human error, leading to improved product quality and consistency. Solsta’s quality operating procedure certification for compliance with the ISO 13485 medical standard demonstrates their commitment to manufacturing high-quality medical devices. Solsta’s collaboration with Siemens exemplifies their ability to provide comprehensive solutions to complex challenges. By swiftly transferring production in-house and implementing process improvements, Solsta ensured the continuity of Siemens’ urinalysis instrument manufacturing.

Safety footwear built for engineers on the move, offering lightweight comfort, stability and dependable protection.

Smart Bluetooth® earmuffs with Real Active Listening and hands-free communication.

Cut level D protection for engineering tasks, with excellent grip, comfort and precision.

Level F cut protection with bamboo comfort, touchscreen use and outstanding grip.