The Importance of High Precision Plates
Five benefits realized by high-precision plates with a pitch accuracy of ±0.002 mm
Improving productivity by increasing press speed
Improving quality and yield through stable production of uniform pressed products
Significantly reduces wear on consumable parts such as punches and dies, extending part life.
Significant reduction in mold assembly and adjustment time
Reduced maintenance frequency
Are you putting the cart before the horse by reducing the cost of molds?
Molds are expensive. Because they are so expensive, we tend to focus on reducing the cost of the mold itself, but in reality, this often leads to an even greater cost increase in the pressing process.
While doing business with many companies, at first we were often chosen because they needed high-precision molds (plates) to produce high-precision products, but as a result, It has been found that this leads to significant cost reductions.
While doing business with many companies, at first we were often chosen because they needed high-precision molds (plates) to produce high-precision products, but as a result, It has been found that this leads to significant cost reductions.
Reduce mold vibration by using perfect plates
We use our unique know-how to create plates that suppress mold vibration.
Through our results regarding our customers, the traditional 20 to 50 μm has become 8 μm, succeeding in being a significant reduction in cost.
The high-precision plate ensures that the carbide parts fit perfectly, the cutting edge is ideally positioned, and the mold moves without play. We believe this is the most effective measure to reduce wear and tear on carbide parts and should be done first.
Through our results regarding our customers, the traditional 20 to 50 μm has become 8 μm, succeeding in being a significant reduction in cost.
The high-precision plate ensures that the carbide parts fit perfectly, the cutting edge is ideally positioned, and the mold moves without play. We believe this is the most effective measure to reduce wear and tear on carbide parts and should be done first.