Injection mould - Import export

Injection moulded, straight teeth. Engagement angle 20°. Polyacetal, white. Polyketone, ivory tone. Note Polyacetal Standard material with high hardness grade and low coefficient of friction. Polyketone Material with significantly longer service life, higher power transmission and greater security against tooth breakage due to the extraordinarily high wear resistance and very good tribological properties. Can be used under water and other media. Due to the material properties, plastic gear racks are not straightened. L= nominal length 250 mm. The actual length is roughly a whole multiple of the pitch.

Injection moulded, straight teeth. Engagement angle 20°. Machined bore. Polyacetal, white. Polyketone, ivorytone. Note Polyacetal Standard material with high hardness grade and low coefficient of friction. Polyketone Material with significantly longer service life, higher power transmission and greater security against tooth breakage due to the extraordinarily high wear resistance and very good tribological properties. Can be used under water and other media. Injection moulded gear wheels may have internal manufacturerelated cavities. These may become visible during drilling or broaching. They do not impair the function. The torques specified in the tables relate exclusively to the toothing.

Injection moulded, straight teeth. Engagement angle 20°. Axis angle = 90°. Machined bores from module 1.5. Polyacetal, white. Polyketone, ivory tone. Note Polyacetal Standard material with high hardness grade and low coefficient of friction. Polyketone Material with significantly longer service life, higher power transmission and greater security against tooth breakage due to the extraordinarily high wear resistance and very good tribological properties. Can be used under water and other media. Injection moulded gear wheels may have internal manufacturerelated cavities. These may become visible during drilling or broaching. They do not impair the function. Bevel gear wheels are supplied as single components. To obtain a pair of bevel gear wheels, please order the specified mating gear as well.

SCHOCK manufactures sophisticated 1- and 2-component plastic parts with modern machinery. Our competences also include the corresponding mold and tool design.

Precision in toolmaking is crucial for the quality of your products. Our experienced mold-making team manufactures your tools professionally and functionally. Your project is in the best hands at SCHOCK. Our experienced engineers plan all resources with the most modern methods and guarantee on-time production. Furthermore, we provide full lifecycle support for your tools. In mold and toolmaking, we utilize high-quality milling machines, wire and sinker EDM machines, as well as modern CNC-controlled grinding machines. Our service offerings in the field of injection mold tooling include, among others: Injection molds Multi-component molds (rotary tables, index plates, core-back, transfer technology) Insert technology Gas internal pressure (GID) Foil overmolding (IMD) Thermoset molds Prototype and small-series molds Injection molds: up to 1,000 x 800 mm and 2.5 tons Multi-component molds: rotary tables, index plates, core-back, transfer technology

You can count on us for precision work, from less than one gram to complete or semi-finished products of up to about 2.5 kilograms. We work with the most diverse plastics: from commodity plastics to engineering plastics and high engineering plastics.

The use of silicone in products has many advantages: the material is elastic, durable, and resistant to chemicals and high temperatures. As a result, the injection moulding of silicone has many applications, for instance in the medical world. For the injection moulding of silicone we are able to employ machines with a clamping force of between 25 and 100 tons. In this way we can produce units of less than a gram up to about 100 grams, varying in hardness from 10 Shore A up to about 80 Shore A.

Would you like to process 2 different materials or colours in one product? This can be done by means of two-component (2C) injection moulding. We employ this technique for the production of more complex components and products ranging from 5 to 150 grams. The clamping force of our 2C machines varies from 65 to 220 tons.

Here you have the advantage of very good removal of remaining material, because there is no narrowing between the thread and the jar container. These jars are available in jaycap and screw versions with screw top and tamper evident closures. Available in sizes from 25 ml until 1.500 ml