[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.

last updated Nov 28, 2025

[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.

last updated Nov 28, 2025

[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.

last updated Nov 28, 2025

[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.

last updated Nov 28, 2025

[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.

last updated Nov 28, 2025

[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.

last updated Nov 28, 2025

[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.

last updated Nov 28, 2025

[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.

last updated Nov 28, 2025

[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!

last updated Nov 28, 2025

[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.

last updated Nov 28, 2025

[VA/VE Case] Transition from Welded Nuts to Riveting Method

There are numerous achievements in cost reduction and quality improvement due to changes in joining methods!

last updated Nov 28, 2025

[VA/VE Case] Cost reduction by converting welded structures to riveted structures.

It led to a reduction in production costs and a shortening of delivery times, while also achieving stabilization of quality!

last updated Nov 28, 2025

[VA/VE Case] Adopted color steel plates to shorten the painting process.

Achieved cost reduction! A case where we were able to provide stable delivery times and quality.

last updated Nov 28, 2025

[VA/VE Case] Adopted plated steel sheet (black ZAM) to shorten the painting process.

We will introduce a case where painting became unnecessary, achieving cost reduction!

last updated Nov 28, 2025

[VA/VE Case] Setting Unique Laser Processing Conditions

Achieve reduced processing time and costs by preventing burrs from occurring after processing!

last updated Nov 28, 2025

[VA/VE Case] Automated chamfering process with machinery to achieve quality stabilization.

To efficiently perform chamfering, it is necessary to automate the process using machines!

last updated Nov 28, 2025

[VA/VE Case] Reducing Costs by Printing Silk Screen with a Laser Marker

If you are looking for silk printing and are concerned about quality and cost, please consult with us.

last updated Nov 28, 2025

[VA/VE Case] Production of Stacked Jigs

A case where quality stability and shortened delivery times were achieved without incurring additional costs by producing in-house.

last updated Nov 28, 2025

[VA/VE Example] Change the R part of the sheet metal to a corner part.

R-bending processing that does not use dedicated molds completely eliminates the high costs and long lead times associated with mold production!

last updated Nov 28, 2025

[VA/VE Case] Outdoor Cabinet

A cost reduction of up to 30% is possible, and production lead times have also been shortened!

last updated Nov 28, 2025

[VA/VE Case] Transition from Semi-Automatic Welding to Riveting

The reduction of welding processes also leads to cost reduction through labor hour savings, resulting in improvements in both quality and cost.

last updated Nov 28, 2025

[VA/VE Case] Change from Welding Studs to Riveting Method

It leads to cost reduction through labor hour reduction and a decrease in defects occurring during welding!

last updated Nov 28, 2025

[VA/VE Case] Reducing defects by clarifying processing areas through laser marking.

Introducing the initiatives being taken to minimize mistakes during processing!

last updated Nov 28, 2025

[VA/VE Case] Hinge Positioning Jig

A case where the structure was changed to prevent the jig itself from shifting by increasing the length of the side claws with high precision.

last updated Nov 28, 2025

[VA/VE Case] Positioning Jig for Sheet Metal Parts

Improving quality precision and measures to prevent defective products! A case of creating a jig with chamfered corners that is inserted between the parts.

last updated Nov 28, 2025

Handbook of Basics in Sheet Metal Parts and Enclosure Design and VA/VE Cost Reduction Techniques

Introduction to bending processing, welding and joining, coating of enclosures, surface treatment, and assembly of enclosures!

last updated Dec 10, 2025