Cost-Effective Reverse Engineering for Secondary Sourcing

Our Reverse Engineering to Create a Second Source service is designed for companies that want to achieve significant cost savings in the production of existing products, components or devices.
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Cost-Efficient Second Source Development through Reverse Engineering

Our Reverse Engineering to Create a Second Source service is designed for Fabs and companies that want to achieve significant cost savings in the production of existing products, components or devices.

This process offers the ability to replicate an object without having access to the original specifications or original design, allowing companies to diversify their supply sources and reduce production costs.
This process is useful for several purposes, including reducing the risk of dependence on a single supplier, reducing production costs or modernizing obsolete parts.
Creating a second source can lead to significant savings on production costs, allowing the company to be more competitive in the market.

Reduces reliance on a single supplier, increasing business resilience and mitigating the risks of supply chain disruptions.

Allows you to modernize obsolete products or optimize production costs without having to completely reinvent the product.

*All collected information and sensitive data are treated with the utmost confidentiality and compliance with intellectual property laws.

Plastic Materials

ULTEMTM 1000 (PEI - Polyetherimide) → High thermal and chemical resistance
ULTEMTM 2300 → Glass fiber reinforced version
PEEK (Polyetheretherketone) → High thermal and chemical resistance
PPS (Polyphenylene Sulfide) → Excellent dimensional stability and chemical resistance
PAI (Polyamide-imide, e.g., Torlon®) → High mechanical and thermal performance
PVDF (Polyvinylidene fluoride) → High chemical resistance
PTFE (Polytetrafluoroethylene, e.g., Teflon®) → Excellent chemical resistance and low friction
PA 6, PA 66 (Polyamides, e.g., Nylon 6, Nylon 66) → Good mechanical strength and wear resistance
POM (Polyoxymethylene, e.g., Delrin®) → Good mechanical properties and low friction
PC (Polycarbonate) → High impact resistance and good transparency
PVC (Polyvinyl chloride) → Good chemical resistance, rigidity, and electrical insulation

Metallic Materials

Stainless Steel (AISI 316, 304, 17-4PH, etc.) → Corrosion resistance and good machinability
Aluminum (series 6061, 7075, etc.) → Lightweight and good machinability
Titanium (Grade 2, Grade 5 - Ti6Al4V) → High mechanical strength and corrosion resistance
OXone (CuZn39Pb3, CuZn40) → Good machinability and conductivity
Bronze (Aluminum bronze, Phosphor bronze) → Excellent wear resistance
Copper (Cu-ETP, Cu-DHP, CuCrZr) → High thermal and electrical conductivity
Cast Iron (GJL, GJS - Nodular or lamellar) → Good wear resistance and vibration damping
Superalloys (Inconel 625, 718, Hastelloy) → Extreme resistance to high temperatures and aggressive environments 
Our team of engineering and manufacturing experts is ready to ensure rapid implementation of your reverse engineering project, ensuring a timely solution to your needs. Before delivery of the duplicate product or component, rigorous tests and checks are carried out to ensure compliance with the required specifications and the highest quality.
  • First Analysis: The process begins with a detailed analysis of the object to be duplicated. This phase involves physical examination of the product, collection of relevant data and information, and assessment of customer needs.
  • Scanning and Detection: Using advanced tools such as 3D scanners, microscopes and chemical analysis, we detect the physical characteristics, structure and materials used in the original object.
  • Reverse Engineering: Our engineering experts work on reconstructing the design and specifications of the object, trying to identify key components, functional relationships and any vulnerabilities.
  • Design and Development: With the information obtained from the reverse engineering phase, our engineers design a replica or second source of the object. This may include designing new components or adapting existing components to meet required specifications.
  • Test and Verification: Before delivering the second source to the customer, we subject the product to rigorous functionality, quality and compliance tests with the required specifications. This step ensures that the second source is ready for production or end use.

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