Sustenance Engineering

Sustenance Engineering Services

- Customization of product
- Minor Enhancement of future
- Product Update
- Support
Due to lengthy supply chain lead times that were causing them to postpone customer orders, our client Burr Oak Tool made the decision to implement digital twin technology. They found additional advantages in the approach, such as significantly less time wasted on testing and commissioning, less time wasted on manufacturing, and the potential for predictive and remote maintenance in the future.
The problems are growing, and intelligent amendments must be made accessible for industrial machines as soon as possible to facilitate speedy turnarounds on new product developments. When clients encounter a challenge pertaining to the assignment of their engineering services requirements or new product development, SolidPro steps in to resolve the matter.
Our Process – Sustenance Engineering for Mechanical Products
Legacy Product Support & Enhancement
- Analyzing existing product designs for performance improvements and cost reduction.
- Updating aging components, obsolete parts, and outdated materials.
- Implementing re-engineering strategies to extend product lifespan.
- Reverse engineering to recreate designs when original documentation is unavailable.
Design Modifications & Value Engineering
- Identifying areas for cost reduction without compromising quality.
- Redesigning components for better manufacturability and durability.
- Adapting existing designs to new industry standards and regulations.
- Improving performance by reducing weight, optimizing structure, or enhancing efficiency.
Component Obsolescence Management
- Identifying outdated or discontinued components in a product.
- Sourcing alternative materials or components without impacting functionality.
- Redesigning assemblies to integrate modern technologies and components.
- Ensuring continued availability of critical parts to prevent production delays.
Compliance & Certification Updates
- Ensuring existing products meet evolving industry standards (ISO, ASME, ASTM, CE, etc.).
- Making design adjustments to comply with new safety and environmental regulations.
- Conducting thorough testing and validation to certify compliance.
- Updating technical documentation to reflect new standards.
Manufacturing Process Optimization
- Evaluating existing production methods for cost and efficiency improvements.
- Recommending better materials, tools, or machining processes for improved quality.
- Implementing Design for Manufacturability (DFM) and Design for Assembly (DFA) principles.
- Enhancing supply chain efficiency by working with vendors for optimized sourcing.
Let’s Connect & Build Something Amazing Together!
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