Mass production - Import export

In precision manufacturing, demands on surface quality and component accuracy are continuously rising. Tyrolit's first-class abrasives ensure precision and functionality in products across all industries, such as watchmaking, eyewear or medical technology. Tyrolit's product portfolio guarantees high-quality machining of components with extremely narrow tolerances, whether for individual pieces or mass production. Our tools meet the most demanding dimensional tolerances. In the electronics industry, we supply cool-grinding diamond ring wheels with special bonds for wafer machining and long-lasting electroplated diamond grinding points for electronic components. The watch and eyewear industries rely on our elastic bonded grinding and polishing tools for precision mechanics components, ideal for deburring, fine grinding and polishing. For medical products we offer vitrified and resin-bonded grinding tools for knee and hip joints and silicon carbide wheels for pointing hypodermic needles.

Iron Oxide is an inorganic compound. It is a very useful chemical compound which is made up of iron and oxygen. It occurs by the oxidation of iron. Its chemical formula is Fe2O3. Chemical Appearance Iron Oxide has the appearance of a red brown solid. It mostly comes in the powdered form. It is an odourless compound. It is insoluble in water. Chemical Applications and Strengths Iron Oxide is an extremely efficient chemical compound and therefore, has many commercial applications. Its main applications and strengths are: Iron Oxide is most popularly used as feedstock in the iron and steel industries for the mass production of iron, steel, and other alloys. The fine powder of iron oxide is known as rouge and it is used to polish metallic jewellery and lenses. It is also used as a cosmetic. Rouge cuts more slowly than modern polishes but it is still widely used because it gives a superior finish.

Test tool First serial parts within a short span of time. By producing a test tool it is possible to offer our customers LSR injection molding parts which after a brief time span were made under mass production conditions. We offer Injection molding of mass production-like LSR parts Maximum output 2,000 items Delivery times between 6 and 12 weeks after clearance of order form by the customer Any type of material, color and surface finish available Parts may be post cured You get not only prototypes but genuine serial parts to subject to your own tests. SHARE:

Rapid Tooling Early mass production-like LSR parts within only 10 working days – this is rapid tooling starlim//sterner-style. Rapid Tooling – fast tool making – was developed so our customers could be offered first LSR injection parts after a brief time span; those parts were made under mass production-like conditions. We offer Injection molding of mass production-like LSR parts Maximum output: 300 items Dimensional tolerances in accordance with DIN ISO 3302-1 M1 Standard surface quality max. VDI3400–24 (</= Ra 1.6) Choose between 10-20 working days delivery time after clearance of order form by the customer Limited choice of "standard" materials and colors Parts can be post cured Engravings, data codes and tolerances/surface finish deviating from the standard are not possible Your advantage You have to wait for a maximum of 20 working days until you receive your first serial parts. You have price control because delivery time determines the price. If you need it really quickly, the

Micro injection molding Large series mass production is standard at starlim//sterner’s. Component weight goes down to 10 mg. Silicone components with a weight of below 10 mg are subjected to other physical laws. This is why starlim//sterner defines such products as "micro molding" parts. General definition of micro-injection molding The term comprises today 3 classes of components: Micro injection parts with micro structured areas (CD, "plastic-wafer", ... ) Micro injection parts or micro molded parts weighing a few milligrams (micro housings, watch hands, ...). Micro shaped components with tolerances and minimum dimensions in the µ range (gear wheels for watches, …). Range of starlim//sterner micro-injection molded parts Micro-silicone components below 10 mg with very precise undercuts and depressions Single and multi-component injection moldings Parts removal via Handling-Robot Optical monitoring of quality during processing Orientated parts depositing Optional: all activities are c

Rapid Prototyping A product has to pass a range of tests before it can be mass produced. This prototype must be fully functional for its intended application and must be free of any defects. Only then can it be released to enter mass production. Therefore, for complex products our developers make so called dummy-samples for development tests to complement simulation . "Dummy-samples“ or "Lab prototypes“ are prototypes which are entirely produced in our own lab and are hand-finished. We use them to evaluate a new design quickly on the real part and in order to conduct initial test in the development phase. This is helpful in cases where complex parts have to be made using the Rapid Prototyping process. Prototypes can be made within a period of 4 to 5 working days. They are made manually and this is the reason why the maximum number of a run is 10-20 items. They are made from the real material and they are completely vulcanized. The difference with the rapid tooling : lab samples are ma