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Engineering Cases
Teesing has its own engineering department where parts and assemblies are developed in consultation with the customer.
The Teesing Systems & Engineering team designs, develops, tests and produces products in small and large quantities on demand.
Technical support at every stage of the development process.
Teesing Systems & Engineering can develop a product or assembly on a customer demand. Our engineers can also be a perfect additive in an existing engineering team with respect to the development of specific components in connection solutions.
There are 9 results.
We have designed a product that replaces the accumulation of multiple standard products. This products reduces the mounting time, length and possible leak spots.
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Teesing designed a Hand Fill Pump that can be combined with a jerry-can to avoid spillage of potential harmful fluids in the environment. This product can be ordered as one article number and comes in a case.
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Teesing designed one product that replaces the accumulation of multiple standard products, which reduces assembly time, length and potential leak points.
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A plug-and-play liquid cooling system for the distribution of coolant to the heat exchangers. It is delivered to Thales as an assembled, pressure tested product, ready to fit into the radar seamlessly.
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Teesing Systems & Engineering designed a Liquid Filter Unit that filters coolant before it enters the heat exchangers in radar equipment.
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A proper coupling is not always available for larger sizes and hose nipples in some occasions cause leakage. We came up with a secure connection especially for these hoses.
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Two cabinets designed and manufactured by Teesing for air and fluid distribution. Pneumatics are used to move a tray with eggs into the machine and lift them towards the needle. A system is also used to move the needle towards the egg.
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By combining the Serto panelmount with the tubing and valves suitable for cleanroom applications made it possible to only have the valves with connectors in the cleanroom and all the lines at the outside of the cleanroom.
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The TU-Delft valve is a specially designed tool for George Krintiras, PhD, researcher at TU-Delft. He is a researcher developing a novel process, called the ‘Couette Cell’, for the production of fibrous plant-protein-based meat substitutes.
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