Menu
Precision. Engineering. Performance.
Custom gears, engineered mechanical components and advanced technical ceramic solutions developed around demanding industrial requirements.
Manufacturing capability.
Built around the requirement.
PAMILANGA combines precision mechanical manufacturing, gear engineering and technical ceramic development. Geometry, material, application and defined technical requirements establish the manufacturing route.
Precision Manufacturing
Drawing-based shafts, splines, machined parts and engineered mechanical components developed around application, material and critical requirements.
Explore Manufacturing →Gears
Custom gear solutions developed from drawings, CAD, existing components and operating requirements for demanding industrial power-transmission applications.
Explore Gears →Technical Ceramics
Ceramic-core development for investment casting applications involving complex internal geometry, thermal behaviour and dimensional requirements.
Explore Ceramics →
From drawing
to controlled
industrial supply.
The component defines the route. Manufacturing technology, material, heat treatment, inspection and documentation are structured around the agreed technical requirement rather than a fixed catalogue process.
Two specialist routes.
One engineering discipline.
Mechanical power transmission and complex ceramic-core development are treated as engineering problems first. Process selection follows.
Custom gears for demanding duty.
Gear geometry, material, loading, mating components and service conditions are reviewed together to establish the appropriate production route.
Explore Gears →Ceramic cores for complex castings.
Silica, alumina and project-specific ceramic core systems developed around internal geometry, dimensional behaviour, thermal conditions and removal strategy.
Explore Technical Ceramics →
Requirement
before process.
PAMILANGA begins with the component and its intended application. Manufacturing decisions follow the technical requirement rather than forcing the requirement into a predefined catalogue solution.
Technical Input
Drawing, CAD, existing component or application requirement.
Engineering Review
Geometry, material, service conditions and manufacturability.
Process Definition
Manufacturing technology selected around the requirement.
Manufacturing
Controlled production route aligned with the agreed scope.
Verification & Supply
Critical requirements reviewed before industrial delivery.
Built for demanding
industrial environments.
Different sectors create different loads, geometries, environmental conditions and technical requirements. The application determines the engineering route.
Quality begins
before inspection.
Drawings, specifications, materials, tolerances and inspection expectations must be understood before production. Quality is structured around the technical basis of the project rather than treated only as a final-stage activity.
Explore Quality →Drawing, CAD, material and project requirements establish the agreed scope.
The manufacturing route is structured around the component, geometry and critical requirements.
Application-relevant and critical requirements are reviewed against the defined project scope.
Material, inspection and project documentation is structured where required by the project.
One company.
Distinct disciplines.
Bring us the requirement.
We will review the route.
Send your drawing, CAD data, existing component or technical requirement for an engineering-led manufacturing review.
UK based · Global industrial supply