Digital design processes are becoming increasingly important for shortening development times and increasing efficiency. HASCO’s CAD product configurators offer engineers precisely tailored solutions for their applications through accurate, automatically generated CAD data, which can be individually configured and directly integrated into the design process. Even complex requirements can be implemented quickly, accurately, and practically, as the following product examples demonstrate.
Two-Stage Ejector Z169/… – Precise Adjustments with CAD Data
A highlight in the design process is the two-stage ejector Z169/…. Its CAD data can be precisely adjusted with just a few specifications, such as stroke and plate thickness. This ensures that accurate data is available immediately. In addition, the flange Z167/… provides a flexible and efficient connection to the clamping plate.
O-Rings – CAD Data with Integrated Groove
A special feature of the CAD data for HASCO O-rings is the provision of an integrated O-ring groove – a unique feature in the market. The tedious search for installation dimensions is eliminated thanks to precise CAD data. Another characteristic of the construction data is the inclusion of different types of loading and sealing, for example, axial or radial. These can be taken into account directly, significantly reducing the design effort and saving valuable time.
Stroke Counter A5710/… – Intelligent Extensions and Flexible Integration
The CAD data for the stroke counter A5710/… offers flexible frame configurations and allows direct adjustment of screw positions and installation space sizes. Components selected via the HASCO webshop are integrated automatically, so designs are complete and consistent. This reduces reworking and increases process reliability.
With its digital CAD product configurators, HASCO helps to significantly simplify the design process. Engineers receive application-oriented CAD data, enabling precise adjustments, automatic handling of complex calculations, and consistently reliable data models.