Process × industry: the dual axis
Every industry places its own demands on cleanliness, surfaces and documentation. TeSe therefore approaches cleaning and pre-treatment tasks along two axes: the process — what works technically — and the industry — which requirements apply. From six core technologies, this yields a technology-neutral recommendation that fits the part and its environment.
Target markets
- Watchmaking and luxury goods — very small parts and visible surfaces call for gentle cleaning without affecting their appearance.
- Medical technology — cleaning is a documented process step within a regulated manufacturing environment.
- Electronics — particulate and filmic contamination affects downstream processes such as bonding, coating or potting.
- Automotive — component cleanliness is an integral part of quality requirements along the supply chain.
- Stamped and deep-drawn parts — after forming, drawing greases, oils and particles must be removed reliably.
- Plastics processing — surface pre-treatment and activation determine adhesion in bonding, printing and painting.
- Foundries — castings carry release agents, burrs and residues that must be removed before further processing.
- Packaging — clean, pre-treated surfaces are a prerequisite for printing and sealing; controlling electrostatic charges also plays a role.
- Aerospace — demanding materials and complete traceability characterise the cleaning processes.
- Precision manufacturing — tightly toleranced functional surfaces require defined, reproducible cleanliness.
Testing a process at TeSe
A trial shows whether a process meets your industry’s requirements on your actual part: 1–2 hours of tests free of charge. In-depth feasibility studies: CHF 1’200 per day, 50% creditable against a machine purchase.