design performance in close cooperation between the Customer and our own technical department
properly use of 2D, 3D and 3D-solids software, with extensive possibilities for interfacing with all commonly used CAD systems
full 3D construction as source for NC machining and CAM
integration of Customer’s specifications as well as any in-house standards for tool components and materials.
stepwise development of our tool design, starting with a preliminary layout aimed at defining the main elements of the tool concept and submitted to the Customer for a first approval
validation by the customer for generic die mechanical parts and impression area before manufacturing
wide range of flexibility in order to include modifications and improvements into die design at any time
long term experience with ingate and venting design, also available as complete shot model for filling simulation
►Cast-part Engineering
incoming data regularly submitted to a 2D/3D comparison to ensure 100% concordance in execution.
3D model comparison with modification report
machining allowance check supplied as standard rule
possible design start-up from just “preliminary” product information.
parting line analysis and suggestion to get the cast-part suitable for HPDC technology
technical feedback regarding Customer’s changes, with presentation regarding feasibility and proposals included since our offering
►Quality in design
High quality in design ensured by an accurate revision management to keep track of each engineering change
Readily design updates in 1:1 status with the real tool
Design and production control by self-checking procedures and partial validation procedures for the die
10 years storage of all related documents after project sign-off date
►Tool design
►Cast-part Engineering
►Quality in design
