Every Rotalink project begins with a problem to solve. Whether it’s controlling motion in tight spaces, achieving the right torque, or integrating electronics and mechanics into one compact system — we engineer solutions that fit perfectly.
Our modular approach allows you to start with proven, reliable components and build a fully customised drive system that meets your exact performance, space, and cost targets.
We understand that systems may need unique features at the point at which they interface with your machine. Typical areas that may be customised are:
Because Rotalink’s systems are modular, every custom design is built on a foundation of proven components and well-established processes, resulting in shorter development times, lower risk and cost, and full traceability with consistent performance.
Rotalink’s modular platform gives flexibility without starting from scratch. Each project can draw from our library of proven sub-systems:
Our sales team are always available to assist customers at the specification stage, samples and pre-production quantities can be supplied.
We do offer a design and supply service for applications that demand a totally unique power transmission or control system.
We don’t just supply components; we integrate knowledge, testing, and manufacturing into every solution. Our goal is simple: to make your project succeed through intelligent design and dependable engineering support.
Our design philosophy is built around modularity. By combining proven, standardised components into tailored power-transmission packages, we meet the requirements of a wide range of applications without unnecessary cost or complexity. This approach allows us to deliver on the three demands that matter most in today’s competitive global market: performance, cost, and time.
We source motors from trusted internal and external partners, ensuring every unit meets demanding technical specifications and is backed by reliable service. Our gearboxes are designed and manufactured in-house, using advanced materials and innovative engineering to achieve high torque density, durability, and precision.
