Case Study of Irregular Shape Line Utilization | Improvement of Yield for High-Quality Steel Parts by Switching from Plate Punching

For heat-resistant stainless steel and titanium! Unlike punching from sheet materials, which tends to produce material loss, using shaped wire results in less waste and is expected to improve yield.

At Namitei, we propose product specifications that match our processing characteristics while leveraging the applications and functions of our products, aiming for cost-effective manufacturing. Please feel free to consult us from the design stage. When producing parts like those shown in the diagram from expensive materials such as heat-resistant stainless steel or titanium, there was a problem where approximately 80% material loss occurred due to punching from standard sheet materials. In response, we proposed "creating flat coil components from irregular wire." We manufactured flat coil components from trapezoidal irregular wire with a thick outer side. After processing, the cross-section deformed flat with the outer diameter side stretching. If the specifications of the assumed case are followed, an improvement in yield of about 50% can be expected. [Assumed case using alloy titanium material] ■ Ring component: Thickness 3mm × Diameter 280mm ■ Sheet material: Thickness 3mm × 300mm × 300mm ■ Material mass 1.2kg (specific gravity 7.9) ■ Material loss = 1.0kg *For more details, please refer to the PDF document or feel free to contact us.

Here is the HP of Namitei.

basic information

**Proposal from Our Company** ■ Creation of Flat Coil Components from Shaped Wire - Trapezoidal shaped wire (thicker on the outside) - Coil components with fiber flow characteristics - Manufacturing flat coil components from trapezoidal shaped wire - After processing, the outer diameter side of the cross-section stretches and deforms flat - Even greater effect with a non-circular type ■ Processing Specifications - Ring component: Thickness 3mm × Diameter 280mm - Shaped wire processing - Coiling processing - Welding burr removal *For more details, please refer to the PDF document or feel free to contact us.*