Menu
Gears. Engineered for Industrial Duty.
Custom gear solutions developed from drawings, CAD, existing components and operating requirements for demanding power-transmission applications.
Different geometries.
One engineering discipline.
Gear type is only one part of the requirement. Module, pressure angle, helix angle, face width, material, mating geometry, duty and service conditions influence the final manufacturing route.
Spur Gears
Parallel-axis gear solutions developed around geometry, load transfer and project requirements.
Helical Gears
Helical tooth geometry developed around load, noise, speed and mating conditions.
Bevel Gears
Angular power-transmission solutions reviewed around geometry, interfaces and operating duty.
Internal Gears
Internal tooth forms manufactured where component geometry and application require them.
Gear Shafts
Integrated gear and shaft components developed around load path, bearing interfaces and geometry.
Splines
Internal and external spline features for torque transfer and controlled mating interfaces.
Replacement Gears
Existing components used as a technical reference where original supply is unavailable.
Project-Specific
Custom gear solutions developed around non-standard geometry and defined industrial requirements.
The gear is part
of a system.
Reliable gear manufacturing begins with more than tooth count. Mating components, shafts, bearings, materials, operating conditions and verification requirements must be considered together.
From technical input
to manufactured gear.
The final route depends on geometry, material, quantity and defined technical requirements. Each project is reviewed before manufacturing technology and verification steps are established.
Technical Review
Drawing, CAD, existing component and application data reviewed as the project basis.
Geometry Definition
Gear form, mating geometry and critical interfaces clarified before production.
Material Definition
Material and condition considered around operating requirements and project scope.
Gear Manufacturing
Appropriate manufacturing route selected around geometry, material and quantity.
Finishing & Treatment
Project-specific finishing or treatment requirements integrated where required.
Verification & Supply
Critical requirements reviewed against the defined scope before industrial delivery.
Drawing-based gear production.
New gears manufactured from drawing, CAD and defined operating requirements, with the production route selected around the component.
Submit a Drawing →Start from the existing component.
Where original documentation is incomplete or unavailable, an existing gear or available technical data can form the starting point for engineering review.
Discuss a Replacement →Gear quality begins
with definition.
Power transmission
for demanding duty.
One company.
Distinct disciplines.
Have a gear
requirement?
Send the drawing, CAD model, existing component or available technical data. PAMILANGA will review the gear application and determine the appropriate engineering and manufacturing route.
UK based · Global industrial supply