The Penta Proven Process is the backbone of our quality. It’s a step-by-step system that governs how we estimate, prepare, manufacture and inspect every part. It removes guesswork, reduces variation and ensures we’re always working to the same high standard — no matter the job.
Once you get in touch with your requirements, we’ll arrange a call to understand your requirements and technical needs. You’ll learn more about our capabilities and how we can best support you.
Our experienced engineers gather technical information, offer design for manufacture suggestions if needed, and prepare a quote with transparent pricing and realistic lead times.
After placing your order, we carefully review the specifications and plan materials, tooling and resources upfront. Where helpful, we suggest design improvements to enhance manufacturability and avoid delays.
We turn plans into precise parts, maintaining quality and consistency across every production run. Our skilled team and modern CNC machinery ensure reliable results, even for complex components.
Your order is carefully packed and dispatched to your requirements. We provide full documentation for traceability and offer flexible delivery options, including stock holding, call-off, and Kanban services.
From material selection through to final inspection, every stage is managed to ensure components meet your exact specification and our own high internal standards.
We carry out in-process inspections throughout production and complete a full final inspection before delivery, ensuring full traceability and compliance with your requirements.
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CNC machining is widely used in aerospace to manufacture both structural and non-structural components.
At Penta Precision, we specialise in non-critical interior partssuch as seat mechanisms, cabin fittings, bracketry, housings, and trim components.
These parts require consistent precision and high-quality finishes to meet the performance and cosmetic standards of aerospace interiors.
Our ISO 9001 certified processes, full traceability, and rigorous inspection routines ensure that each component meets the high standards required for scientific instruments.
We machine a wide range of materials, including stainless steel, aluminium, and engineering plastics, selected to meet the specific requirements of scientific applications.
We produce precision-machined parts such as housings, chambers, brackets, and structural components that are integral to the performance and reliability of scientific instruments.