DTEC-PRO IR flash illuminates area with targets to accelerate calibrationimage of DTEC-PRO illuminating a group of targets A combination of a circular flashlight and a camera detects reflecting targets and forwards their positions to the PRO-SOFT software - invisibly, as the flash works in the infrared spectrum. One DTEC-PRO may cover the area of several projectors and identify multiple tools or molds. Tools known to the system will be identified and then calibrated automatically. Manually targeting of each reflector will be obsolete. Depending on configuration and workflow, you may reduce the calibration time to a mere minimum: if you, for example, needed around 120 seconds to calibrate an easy to grasp tool with 6 targets, the automated calibration may take only some 6 seconds. More than 90% saved time, multiplied by number of work places, tools and/or several runs a day? The benefits should be obvious.

Our customer required a high-precision LRR that could accurately sense the returned pulse from the designator over a range of 100m to 10km. The challenge was to develop a unit that seamlessly integrated with the designator while providing accurate distance measurements based on pulse time of flight. Additionally, the LRR needed to be automatically co-aligned with the designator, ensuring accurate target acquisition and minimising setup time. In close collaboration with the customer, Solsta designed a custom LRR unit that perfectly integrated with the laser designator. The LRR utilised polished surfaces as datum points for automatic co-alignment when attached to the designator. Solsta developed a stack of three bespoke lenses and a notch filter to focus the returned pulse onto an avalanche photodiode, accurately capturing the signal while minimising background noise. Through the development of electronics and firmware in partnership with PhotonSync, the LRR effectively captured and processed the pulse chain signal, calculating the time of flight and providing precise range measurements to the designated target. Cost-Effective Outsourcing: Solsta was entrusted with the project management, design and production of the LRR, allowing them to allocate their internal design resources to the development of their core products. Solsta’s expertise in design, engineering and production, coupled with the customer's domain knowledge, resulted in a precision solution that enhanced the capabilities of their defence and security instruments.

ND Precision Products offer laser welding services for the modification and repair of damaged or worn tooling. Our Alpha Laser ALFLAK 300's open unit means that we are not restricted with the size job to laser weld, allowing us to better meet the needs of our customers. Stock of various metal welding rods are held in sizes from 0.2mm to 0.6mm diameter, however, we can also make our own rods out of your certified material if required. The high quality weld and stable process ensures that the repair or modification does not affect the properties of the tooling material.

Durable, and sustainable; made from 100% recycled paper, PALLITE’s layer pads are designed to create product protection between layers during transit or in storage. The ideal layer board for goods that are stacked on top of each other, whether on pallets or another surface. A layer pad is placed between these items to protect them from damage. Our honeycomb paper cardboard layer pads can be cut to customer sizes for ease of use. Applications include materials handling in the FMCG industry. What’s more, our honeycomb cardboard layer pad is stronger than corrugate and absorb potential vibration damage to the load during transportation. They can also protect items when a cutter is used to unpack. The delivery of your consignment is one of the final stages of your supply chain, it is now when it needs most protection. PALLITE® layer pads can be used for stacking, reinforcing or separating loads, as well as providing a protective layer for strapping and banding. Available in either 25mm or 15mm honeycomb cardboard deck, the pallet layer pads can be manufactured to suit your specific dimension needs, helping you to protect your consignment.

With the Leibinger Jet 3 up adapter kit for G3, Zünd is able to offer a convenient, versatile solution for marking and coding a wide variety of materials. The inkjet printer from Leibinger can be integrated perfectly on a Zünd G3 cutter with an adapter kit. Like that, cutting and printing can take place in the same production phase without interruption. The Leibinger Jet 3 up is suitable for marking materials with printed characters and barcodes or for drawing lines. Applications for this printing tool are varied and numerous, including product tracking & tracing, optimization of logistics and quality control. Designed for multi-shift operation, the Leibinger Jet 3 up requires remarkably little maintenance. The system uses high-quality inks that offer good adhesion and dry quickly without releasing toxic fumes.

At Nederman, we offer professional Local Exhaust Ventilation (LEV) Testing services across the UK to help you stay compliant with COSHH regulations and HSE guidelines. With our network of highly qualified and experienced LEV test engineers, you can ensure your equipment meets all legal requirements for controlling hazardous substances in the workplace.

The brand new CLAWVAC claw vacuum pump enables composite processing, degassing, material transport and holding, drying and impregnation, vacuum conveying, thermoforming and modified atmosphere packaging (MAP). The CLAWVAC’s unique product features offer great advantages for the rough vacuum field. The pumps design enables extreme robustness, especially for challenging applications which include handling of particle and vapour contaminated gases. The user will experience a trouble-free and cost-saving operation.

Cryo pumps, the gas entrapment vacuum pumps. Our pumps cover the pressure range from 10-3 to ≤ 10-11 mbar. The principle of operation is that gaseous substances are bound to the cold surfaces within the pump by means of cryocondensation, cryosorption or cryotrapping. Cryo pumps do not have any mechanically moving, oil or grease lubricated parts on the vacuum side. In order to produce high or ultra-high vacuum, the cold surfaces/cryo panels must be cooled to a sufficiently low temperature. They are cooled by the well-proven, highly reliable one or two-stage refrigerators from Leybold’s COOLPOWER i line (Gifford/McMahon principle). he pumping speed for all gases as well as air is highly effective. Even more so for water (H2O) and hydrogen (H2). The cooling performance and cool down can be increased by variable motor speed of the cold dead as well as the compressor Build with reliable COOLPOWER i cold heads and COOLPAK i compressors. Cryo pumps are insensitive to mechanical disturbances from particles coming from the process or external vibrations.

Yes, the ECODRY plus is exceptionally quiet – but it’s also incredibly clean. The multi-stage Roots design is a dry technology. No oil, particles, or dust are present in the pumping chamber. Clean vacuum is assured, smart features keep you flexible, and maintenance is reduced to a bare minimum. Benefit from a clean pump - No oil – Thanks to its dry design, no oil is present in the pump chamber. - No particles – Contact-free pump design produces no wear particles. - No contamination – Samples can be reliably analyzed and compared, time after time. - No smells – Dry also means odour-free, so workplaces become more appealing. - No change of oils or seals – The pump needs no auxiliary materials and no maintenance by the customer

Hygienic 100% oil-free, air-cooled design NOVADRY dry screw pumps offer maximum robustness and extended uptime with a hygienic 100% oil free design. NOVADRY’s innovative contact free design delivers zero oil emission and zero particle emissions for a clean process and high food safety. Leybold’s low-maintenance dry screw vacuum pump, NOVADRY, do not require any oil or oil filter changes and have simple on-site maintenance that is set to revolutionize the market. NOVADRY has a fully air-cooled design to ensure high standards of hygiene which goes further by using corrosion-resistant materials for pump components in contact with the process. This makes NOVADRY dry screw pumps, the vacuum benchmark for food safety and the vacuum pump of choice for food and packaging applications. That give you a lower cost of ownership.

These gauges are accurate and have a small, compact footprint. They are packed with cutting edge technologies taking them to even higher levels when it comes to measuring vacuum. The active PENNINGVAC series PTR 90/225 RN utilize multiple enhancements to increase the gauges service intervals in harsh applications. This coupled with the ultra-low turn on pressure enabled in the combined sensor leads to a sensor suitable across a wide range of applications requiring rough to high vacuum measurement. PENNINGVAC PTR 225 RN: Pure cold cathode Our cold cathode gauges use the PENNING principle of cold cathode ionization. Their measuring range of 10-2 to 10-9 enables you to measure into the high vacuum region. To control the turning on of the gauge, it would be best combined with one of our THERMOVAC or CERAVAC gauges. By separating out the technology, you have the option to decide how you want to control the gauges turn on point. As with most of our active gauges: we have both analogue 0-10 V linear outputs and digital communications available. PENNINGVAC PTR 90 RN: Combined cold cathode gauges Our combined cold cathode gauges use the inverted magnetron principle of cold cathode ionization and is combined with a pirani gauge. By combining the technologies into a single more compact sensor, the measuring range is increased enabling a reliable pressure measurement from atmosphere to 1 x 10-9. The on/off function of the cold cathode is controlled automatically by the integrated pirani, seamlessly eliminating any risk of running the cold cathode at too high a pressure which could lead to a reduced lifespan. Both analogue 0-10v linear outputs and digital communications are available.

All-new PHOENIX leak detectors from Leybold ​In research and development as well as in production, having the right tools and equipment is critical to ensuring top performance and output. We also see applications becoming more specialized, and demands increasing, yet time for analysis and testing is becoming less. When it comes to vacuum system leak detection, you can rely on Leybold and the newest generation of PHOENIX leak detectors - where precision meets speed, with your convenience in mind. ​Now with an even finer nose Whether you are in a research lab, or producing high-class goods, quality depends on how accurately you detect deviations. Now, help is at hand: the new PHOENIX generation delivers high helium sensitivity for enviable reliability and stability.

Leybold SCREWLINE SP dry compressing screw vacuum pumps are extremely robust with the internally cooled rotors, and a special cantilevered bearing arrangement that eliminates failure. These industrial dry vacuum pumps are designed to meet the special requirements of heavy duty applications with direct pumping path and two non-contacting shaft-seals that are practically wear-free. This also allows for longer maintenance intervals. Based on the screw principle, the standard versions of the SCREWLINE pumps are air-cooled from the outside for industrial applications. Water-cooled versions are available to operate in air-conditioned rooms as well as ATEX-certified variants are available for explosion proof compliance. SCREWLINE SP has a direct pumping path without multiple deflections for the process gas making it highly tolerant to process contamination as well as reduced buildup inside the pump chamber. This ensures lower maintenance and a high uptime in industrial processes. The two non-contacting shaft-seals are practically wear-free, which allows for very long maintenance intervals. Shaft seal purge is usually required in industrial applications. SCREWLINE SP pumps are equipped with a purge gas supply unit as a standard. The special cantilevered bearing arrangement eliminates a potential source of bearing failure as well as lubrication contamination into pumping chamber. The cantilevered bearing arrangement also makes the pump chamber easily accessible. This innovative design feature allows the removal of the pump housing quickly and cost effectively making on-site cleaning of all surfaces in contact with the medium possible. This is a significant advantage for processes that involve a considerable amount of contaminants to deliver high uptime.