Production Engineering
Production Engineering
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CadAxion Technologies provides complete product engineering services to ensure your design moves smoothly from concept to full-scale manufacture.
From Design to Manufacture
From Design to Manufacture
Design for Assembly & Manufacture (DFA/DFM): We apply DFA/DFM from the very first design discussions so that production requirements—machines, tooling, materials, and automation—are clear and costed before prototypes are built.
Process Mapping: We outline every production step, from raw material sourcing to final inspection, to ensure feasibility and efficiency.
Supply-Chain Integration
Supply-Chain Integration
Partner Network: Trusted manufacturing partners are engaged early to confirm availability of materials, assess lead times, and provide accurate cost estimates.
Risk Management: Early involvement identifies potential bottlenecks or sourcing issues, reducing surprises later in the project.
Manufacturing Methods
Manufacturing Methods
Traditional Processes: Plastic injection moulding, extrusion, casting, machining, and sheet-metal fabrication remain core capabilities.
Advanced Technologies: 3D printing, additive manufacturing, Direct Metal Laser Sintering (DMLS), and multi-axis CNC machining allow rapid, complex builds and low-volume production at competitive cost.
Hybrid Approaches: Where appropriate, we combine traditional and additive methods to optimise strength, weight, and price.
Data & Documentation
Data & Documentation
Direct CAD-to-Machine Transfer: CAD geometry is exported directly to CNC and additive manufacturing equipment, eliminating translation errors.
Comprehensive Drawings: We provide full production drawings, tolerance schemes, surface-finish specifications, and inspection protocols.
Traceability: Materials and processes are logged for quality assurance and compliance audits.
Cost & Performance Optimisation
Cost & Performance Optimisation
Capital & Manufacturing Costs: Early analysis of tooling investments, per-part cost, and cycle times keeps budgets under control.
Performance Validation: Prototypes and pilot runs are tested to confirm that the final design meets functional, environmental, and regulatory requirements.
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