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Reverse Engineering(3D CAD) - List of Manufacturers, Suppliers, Companies and Products | IPROS GMS

Last Updated： Aggregation Period:Apr 29, 2026～May 26, 2026
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Reverse Engineering Product List

31～35 item / All 35 items

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Reverse engineering of parts without drawings for machine tools.

Reverse engineering of parts without drawings for machine tools.

We reproduce parts without drawings using the latest technology, ensuring that machine operation does not stop!

In the update of machine tools, procuring replacement parts without drawings is a significant challenge. The inability to obtain parts can halt machine operation and potentially decrease production efficiency. This is particularly true for older machine tools, where obtaining parts often becomes difficult, necessitating prompt responses. Our reverse engineering technology addresses these challenges by creating CAD data using the latest 3D scanners and measuring equipment, even for parts without drawings, and reproducing them with high-precision machining. 【Usage Scenarios】 * Repair of machine tools * Replacement of parts * Maintenance of older machines 【Benefits of Implementation】 * Reduction of line stop time * Decrease in parts procurement costs * Improvement in machine operating rates

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  • Other machine elements
  • Reverse Engineering

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Reverse engineering of parts without drawings for food processing.

Reverse engineering of parts without drawings for food processing.

Reproducing parts without drawings using the latest technology! We won't stop the operation of the food processing line.

In the food processing industry, stopping the manufacturing line leads to significant losses. In particular, the inability to procure repair parts for equipment can cause the line to halt, which significantly reduces production efficiency. Procuring parts that lack drawings or are difficult to obtain is a challenge faced by many companies. Our reverse engineering technology was developed to solve such problems. By utilizing the latest 3D scanners and measuring equipment, we accurately analyze existing parts and create CAD data. Subsequently, we reproduce the parts using high-precision machining, thereby reducing the risk of line stoppages. 【Use Cases】 - Repair of critical components in food processing lines - Replacement of parts in aging equipment - Alternatives for lost drawings or discontinued parts 【Benefits of Implementation】 - Reduction of line downtime - Decrease in parts procurement costs - Improvement in production efficiency

  • IMG_0073.jpg
  • Other machine elements
  • Reverse Engineering

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Precision measurement and reverse engineering for professional users in the machinery industry.

Precision measurement and reverse engineering for professional users in the machinery industry.

ScanFab TAKUMI Measurement Services plans to offer a variety of services, including reverse engineering.

"ScanFab TAKUMI Measurement Services" provides tailored services such as precision measurement and reverse engineering for professionals in the machinery industry. ■ Service Menu 【1】 Precision Measurement and Quality Inspection: We measure the dimensions and tolerances of processed parts and molds with high accuracy using non-contact 3D scanning (FARO Quantum X), and create reports on geometric tolerances and shapes. We also provide quality assurance in compliance with ISO/JIS standards. 【2】 Reverse Engineering: We 3D scan parts without drawings to create high-precision CAD data. We also propose material changes and weight reduction, and support the conversion of data for 3D printing and NC machining. 【3】 Prototype and Development Support: We scan prototype parts and conduct distortion analysis, providing improvement proposals. Measurement results are delivered on the same day in DXF, PDF, and 3D model formats, streamlining feedback for development and design departments. 【4】 Measurement of Large and Special Shapes: We measure large parts up to 1.8m and complex-shaped workpieces non-contact. We also accommodate fabrication structures and FRP parts, and portable scanners allow for on-site measurements.

  • Other machine elements
  • Processing Contract
  • Reverse Engineering

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Reverse Engineering of Non-Drawing Parts for the Energy Industry

Reverse Engineering of Non-Drawing Parts for the Energy Industry

Reproducing parts without blueprints! Achieving energy efficiency through reverse engineering.

In the energy industry, stable operation of equipment and efficient management are required. In particular, the procurement of aging equipment and repair parts for which no drawings remain increases the risk of line stoppages and decreased efficiency. Our reverse engineering technology addresses these challenges and contributes to the longevity and efficiency of equipment. [Application Scenarios] - Power generation plants - Transmission equipment - Energy-related devices [Effects of Implementation] - Improved equipment operating rates - Reduced parts procurement costs - Shortened maintenance time

  • IMG_0073.jpg
  • Other machine elements
  • Reverse Engineering

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Reverse engineering of drawing-less parts for shipbuilding.

Reverse engineering of drawing-less parts for shipbuilding.

Quickly restore repair parts without drawings through reverse engineering!

In the shipbuilding industry, the procurement of repair parts without existing blueprints can be a significant challenge during ship repair work. When it is necessary to replace aging parts or repair damaged components, the lack of blueprints can make it difficult to obtain the necessary parts, leading to delays in repair work and increased costs. Our reverse engineering technology addresses these challenges. 【Use Cases】 * Repair of ship engines, pumps, valves, etc. * Replacement of aging parts * Repair of damaged components 【Benefits of Implementation】 * Reduction of line stop time * Decrease in parts procurement costs * Stabilization of ship operations

  • IMG_0073.jpg
  • Other machine elements
  • Reverse Engineering

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