At Elkmist, we turn ideas into precision 3D designs for electrical and mechanical components.

From concept to final component, we design, develop, analyse and manufacture high-performance static and dynamic parts built for real-world demands. Whether for machinery, food-grade systems, chemical environments or research applications, every design is engineered for strength, functionality, temperature resistance and long-term reliability.

Whatever the challenge - mechanical stress, extreme temperatures, chemical exposure or demanding hygiene standards,

we engineer every component for reliable, long-term performance. 

Validate your designs before manufacturing. We use advanced simulation and analysis to assess how components perform under real-world loads, temperatures, vibration, fatigue, and operating conditions.

From static and dynamic loading to demanding environmental conditions, we help identify potential failures, optimise designs, and improve performance — before material is cut or a part is printed.

Linear & non-linear FEA, stress/strain, factor of safety, buckling, and contact analysis for static and quasi-static loads.

Steady-state and transient thermal analysis, thermal expansion, heat dissipation, and temperature distribution under operating conditions.

Modal analysis, harmonic response, random vibration, fatigue life prediction, and durability assessment for moving machine parts.

Internal/external flow, pressure drop, mixing, and cooling performance when fluid interaction is critical.

Thermo-mechanical, fluid-structure interaction, and electro-thermal simulations for complex operating environments.

Topology optimisation, parametric studies, and design-of-experiments to minimize weight while maximizing strength and durability.