Feasibility
Success in engineering and die manufacturing processes begins with proper planning and analysis. Feasibility studies are one of the critical stages in which the manufacturability of the product is analyzed in detail before beginning die design, and in which the time and labor required for die design and manufacturing activities are optimized.
Throughout the process, we use advanced engineering software to conduct simulations in a virtual environment, guiding us toward accurate, cost-effective, and rapid die manufacturing. All work performed is presented to our customers in the form of detailed reports.
The Added Value Provided by Feasibility Studies
- Direct Support for Product Design: This service is primarily offered to the R&D and product design teams of our customers in the automotive and home appliance sectors while the product is still in the design phase. This ensures that “manufacturable” product designs are created right from the start.
- Obtaining Critical Manufacturing Data: While the product is still in the design phase,
- Sheet metal utilization rates (to minimize scrap rates),
- Number of operations (tandem/transfer/progressive station layouts),
- Press capacities, and tonnage requirements—among other critical data are clearly determined.
- Selecting the Right Supplier and Budget: The data obtained lays the groundwork for all processes, from project budgeting to selecting the right manufacturing supplier.
- Time and Labor Savings: Since errors that might occur during manufacturing are identified and prevented in the virtual environment, die run-in, trial runs, and labor times are minimized.
TKare Engineering; provides high-precision sheet metal die design, simulation, and engineering solutions for the automotive, aerospace, defense, and home appliance industries.