Precision. Performance. Possibility. Engineering composite solutions that outperform

We translate complex ideas into viable component designs using industry-leading CAD software. Our design engineers work closely with clients to ensure functionality, strength, and manufacturability are embedded from day one.

✅ 3D modeling for conceptual and production-ready parts

✅ DFM (Design for Manufacturing) for optimized tooling and processing

✅ Modular design strategies for scalable production

✅ Integration of inserts, fasteners, and multi-material assemblies

Using advanced CAE tools, we validate design performance under real-world conditions before physical prototyping.

✅ Finite Element Analysis (FEA) for stress, impact, and fatigue

✅ Simulation for vibration, thermal behavior, and deformation

✅ Multi-material optimization for hybrid structures

✅ Safety-critical component validation

Every application demands a precise balance of weight, strength, thermal resistance, and cost. We offer tailored material recommendations for:

✅ Fiber types: Glass, Carbon

✅ Resins: Epoxy, Polyester, Vinylester

✅ Hybrid layups for unique mechanical behavior

✅ Sustainable/resin-infused natural fiber solutions

A critical step in efficient composite production is the accuracy of tooling. Our in-house team designs moulds to meet complex shapes and maintain high part consistency.

✅ Steel, aluminum, and composite tooling

✅ Moulds for RTM, vacuum infusion, hand lay-up, compression

✅ Tolerance optimization for minimal post-processing

✅ Long-life, production-grade tools

To bridge design with manufacturing, we integrate digital workflows and tool path generation into our processes.

✅ CAD-to-CAM workflow for seamless execution

✅ CNC program generation for plug-and-play mould machining

✅ Toolpath simulation and collision checking

✅ Print-ready geometry optimization

Before scaling production, we provide working prototypes that simulate end-use performance and validate design integrity.

✅ Low-volume pilot runs

✅ Working prototypes with load/stress validation

✅ Test jigs and fixtures for quality assurance

✅ Integration of electricals, fasteners, and inserts in test parts

Our engineering team doesn’t just design — we problem-solve. We collaborate with your internal teams to build fit-for-purpose solutions with unique value.

✅ Custom process development for niche industries

✅ Lifecycle and environmental analysis

✅ Application-specific joint and bonding solutions

✅ Retrofit and re-engineering of legacy metal parts into composites