Four Decades of English Precision Engineering Behind Capramont & Co Cabinet Hardware for Saudi Projects
Every handle is verified to its drawing before it leaves the bench. Melbury cabinet handle
Factory photographs, circa 1984
This work involved complex manufactured components where internal geometry, bearing surfaces, machined faces, material behaviour and dimensional accuracy had to be controlled and verified before delivery.
That engineering discipline existed decades before Capramont & Co became a cabinet hardware brand.
Today, the same discipline is applied to Capramont cabinet hardware. Dimensions are defined before manufacture, project-specific requirements can be incorporated into the drawing, finishes can be physically approved where required, and completed hardware is checked against its specification before leaving our English manufacturing facility.
A young Capramont & Co founder during a private visit to a Milton Keynes motor racing facility, connected through the family manufacturing business’s precision engineering work for world-class racing cars, circa 1985.
Precision Components, Inspection and Dimensional Control
The engineering work behind Capramont & Co included precision housings, specialist gearbox and transmission components, and high-performance engine parts manufactured to confidential drawings.
Components of this kind require controlled machining, material understanding and dimensional verification throughout manufacture. Critical relationships between machined faces, bores, internal geometry and bearing surfaces must remain within specification.
On selected critical features, tolerances were held to within ±5 microns and verified using coordinate measuring equipment before final assembly.
The same discipline carries into Capramont & Co cabinet hardware: define the requirement, manufacture to specification, measure the result and verify it before delivery.
High-difficulty superalloy impeller manufactured for a world-class racing car application. Complex blade geometry and critical tolerances required precise machining, material understanding and dimensional control.
High-temperature alloy engine component manufactured for world championship winning motor racing car. Critical features were held to within ±5 microns, with bores, faces and fixing details controlled across multiple axes.
CMM inspection on a coordinate measuring machine. Critical dimensions are checked across multiple axes, verifying the relationship between faces, bores and machined features before the component leaves production.
High-temperature alloy engine air intake manufactured in volume for championship-winning US single-seater V8 racing engines. Eight are used per engine, with complex geometry and critical dimensional accuracy required across every set.
How Precision Engineering Is Applied to Capramont Cabinet Hardware
Cabinet hardware may be decorative in appearance, but it remains a manufactured component. Its dimensions affect fixing centres, alignment, appliance fronts, projection, installation and future replacement.
At Capramont & Co, fixing centres, overall length, projection, diameter and fixing positions are defined before production so the hardware can be considered alongside the cabinetry rather than added as an afterthought.
Custom centres, adjusted lengths, alternative materials and other project-specific requirements can be reviewed before manufacture. Where required, a physical finish sample can also establish the approved project reference.
For designers, architects, developers, joinery companies and interior project teams, this creates a direct link between specification and manufacture: agree the requirement first, then make the hardware to it.
Controlled dimensions
Centres, projection, diameter, overall length and fixing positions are managed as manufacturing details, helping hardware align correctly across fitted cabinetry, wardrobes, kitchens, utilities and appliance fronts.
Consistent finish
Approved finishes are controlled from sample to final supply, helping reduce visible variation across quantities, rooms and later project phases.
Custom capability
Custom centres, adjusted lengths, special materials and project-specific requirements can be reviewed before production, rather than improvised late in the project.
Project continuity
Additions, replacements and later phases can refer back to the approved hardware record, helping preserve the original specification over time.
Specified before production
Hardware is considered in relation to cabinetry, proportion, finish, use and installation before it is made, reducing late-stage uncertainty.
Founder-Led Manufacturing and Specification Expertise
Capramont & Co brings together two complementary disciplines: precision manufacturing and professional project specification. One side of the business leads product design and manufacture; the other brings decades of experience across interiors, international projects and commercial development.
Manufacturing and Product Design
Product design and manufacture at Capramont & Co are led within the manufacturing business, applying precision-engineering disciplines developed through more than four decades of motorsport, aerospace and marine component manufacture.
Much of that earlier work was undertaken under confidential manufacturing contracts where the supplier was not publicly identified. What carries into Capramont & Co is the underlying discipline: drawing-led production, dimensional control, material understanding, inspection and verification before delivery.
Project-specific requirements are reviewed directly within the manufacturing business. Custom fixing centres, adjusted lengths, alternative materials and finish requirements can therefore be considered before production rather than passed through an external manufacturing chain.
Commercial, Interiors and International Projects
Vanita Dhand-Panchal — Co-Founder
Vanita Dhand-Panchal began her career developing a pioneering software and hardware system for the international airline inflight-catering industry, receiving a World Innovations Award and the Queen's Award for Professional and Academic Achievement at Buckingham Palace.
She later spent more than two decades in luxury interiors and international business development, working with designers, architects and procurement specialists on five-star hospitality and high-end residential projects across Europe, the Middle East and North America.
Vanita also serves as a Dissertation Supervisor and Guest Lecturer on the MSc in Innovation and Entrepreneurship and Executive MBA programmes at Warwick University.
Together, the founders have built Capramont & Co around a direct relationship between specification and manufacture, giving designers, architects, developers, joinery companies and interior project teams direct access to the business from drawing and approval through to production and delivery.
The Capramont Standard
What the Capramont Standard Means for a Cabinet Hardware Project
The Capramont Standard is the application of more than four decades of English precision-engineering discipline to made-to-order cabinet hardware.
Project requirements are defined before manufacture and, where required, recorded within a tracked specification drawing. This provides a controlled project reference for dimensions, fixing centres, material, finish and other project-specific requirements before production begins.
The specification then follows the Capramont project process through finish sign-off, production scheduling, manufacturing progress updates, final inspection and tracked delivery.
Completed hardware is checked against the approved specification before dispatch, with an inspection record issued. The same project information can also support later additions, replacement pieces and subsequent project phases.
The Capramont Project Process
From specification to tracked delivery.