Mechanical Design, Analysis and Detailing

TwinElectra provides comprehensive mechanical engineering services that transform concepts into robust, manufacturable, and high-performance products.

Our engineering teams support the complete product development lifecycle—from concept generation and detailed design through analysis, validation, and production release. By combining practical engineering experience with advanced simulation tools and industry best practices, we help customers accelerate development, reduce technical risk, and improve product performance.

We serve a broad range of industries including industrial automation, material handling, construction equipment, mining equipment, agricultural machinery, power systems, and electrified products.

Product Design and Development

Successful products require a balance of performance, manufacturability, cost, reliability, and serviceability.

TwinElectra supports:

• Concept development
• Product architecture design
• Mechanism design
• Structural design
• Sheet metal design
• Weldment design
• Packaging and integration
• Design for Manufacturability (DFM)
• Design for Assembly (DFA)
• Cost optimization

Our engineers work closely with customers to develop solutions that meet functional requirements while supporting efficient manufacturing and long-term reliability.

3D CAD Modeling and Engineering Drawings

TwinElectra develops accurate and production-ready engineering documentation that supports every stage of the product lifecycle.

Capabilities include:

• 3D CAD modeling
• Assembly modeling
• Detailed component design
• Manufacturing drawings
• Assembly drawings
• Bill of Materials (BOM) development
• Engineering change support
• Product configuration management

We deliver models and drawings that support procurement, fabrication, assembly, testing, and service operations.

Structural Analysis and Finite Element Analysis (FEA)

Engineering simulation enables design decisions to be made earlier in the development process, reducing costly physical iterations.

TwinElectra performs:

• Linear structural analysis
• Nonlinear structural analysis
• Static load analysis
• Dynamic load analysis
• Fatigue and durability analysis
• Vibration analysis
• Modal analysis
• Buckling analysis
• Weld assessment
• Design optimization studies

These analyses help identify potential issues, improve product durability, and optimize material utilization before prototypes are built.

Thermal Analysis

Thermal performance plays a critical role in product reliability, efficiency, and safety.

TwinElectra provides thermal engineering support including:

• Steady-state thermal analysis
• Transient thermal analysis
• Heat transfer studies
• Cooling system design
• Electronics thermal management
• Battery thermal analysis
• Power electronics cooling
• Motor thermal performance analysis
• HVAC and enclosure studies

Our thermal simulations help ensure products operate reliably under demanding environmental and operating conditions.

Engineering Validation and Optimization

Our engineering process incorporates simulation and validation throughout development to improve product quality and reduce risk.

Capabilities include:

• Design reviews
• Engineering calculations
• Trade-off studies
• Weight optimization
• Reliability assessments
• Failure mode evaluation
• Prototype support
• Design verification testing

By identifying opportunities for improvement early in development, we help customers achieve better performance with fewer design iterations.

Delivering Better Products, Faster

TwinElectra combines practical design experience, advanced engineering analysis, and cross-disciplinary expertise to help customers develop innovative products that perform reliably in demanding applications.

From concept development and detailed design to FEA, thermal analysis, and production release, we provide the engineering support needed to accelerate development while improving quality, performance, and manufacturability.