コストダウン提案
コストダウン提案
VA/VEによるコストダウン事例をご紹介いたします。
1～10 item / All 10 items
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[VA/VE Case] Cost Reduction by Changing Material to SUS443
It has corrosion resistance comparable to SUS304, but since it does not contain nickel, it is possible to reduce costs.
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[VA/VE Case] Cost reduction by changing from SUS304 to dual-layer steel plate.
It is also possible to incorporate specific functions that cannot be achieved with a single material, such as improved thermal conductivity.
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[VA/VE Case] Reduced lead time for parts production by one week through elimination of plating.
The appropriate use of ZAM materials leads to an extension of product life and a reduction in maintenance frequency, contributing to a reduction in total costs.
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[VA/VE Case] Achieved up to 30% cost reduction with galvanized steel sheets.
Contributing to the enhancement of product added value while balancing design, practicality, and cost reduction.
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[VA/VE Case] Changed to SUS430KD and achieved cost reduction.
Costs are low, and we can expect a cost reduction of about 10-15% based on materials.
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[VA/VE Case] Significant Cost Reduction through Powder Coating Reduction
By abolishing the painting process, significant cost improvements in material costs, labor costs, equipment costs, and waste liquid treatment costs are possible.
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[VA/VE Case] Achieving cost-effective domestic production transfer without drawings.
Prevent misunderstandings and production errors caused by unclear information, and support a smooth transition to high-quality domestic production.
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[VA/VE Case] Reduction of mold costs during prototyping using resin molds.
It is suitable for the production of molds for final products and for low-risk, high-speed verification of functionality, shape, and assembly before mass production.
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[VA/VE Case] Improvement of Prototype Cost and Lead Time through the Use of Stacked Jigs
We contribute to our customers by standardizing welding quality, reducing defect rates, and stabilizing costs!
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[VA/VE Case] Eliminated the need for dedicated R-bending molds by using multiple R bends.
By overlapping multiple bending processes, an R shape is achieved! This eliminates the need for molds, thereby reducing investment in processing equipment.
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