Zen

in

Motion

Ultra-quiet motors for high
performance shading

Dendo Systems is your
Motorisation Technology Partner

As your technology partner, we offer more than just motors – we provide expertise, support, and solutions backed by our in-house engineering team. Our leading-edge designs and deep technical knowledge enable us to solve complex challenges and help you deliver better outcomes for your customers.

Uncompromised Performance

Engineered to exceed expectations, our motors deliver superior quietness and versatility. This exceptional performance translates directly to enhanced value in your projects.

Designed in Melbourne

Every product is engineered in-house at our Truganina facility west of Melbourne, Australia. We've invested in understanding market needs and developing tailored solutions, ensuring complete control over design, specifications, and performance.

Unmatched Technical Backing

With every product designed in-house, our engineering team offers unparalleled technical support. Direct access to our development experts ensures you receive informed, precise solutions to any technical inquiry.

Cutting Edge Technology

By embracing the latest smart home standards like Matter and Thread, we help you deliver products that are more versatile and future-proof. Our solutions integrate seamlessly with modern smart home systems, giving you a distinct advantage in today's market.

Articles

Articles

Battery Safety: Our Multi-Layered Approach

A detailed look at how we ensure the safety and reliability of our lithium battery-powered motors through careful design, premium components, and multiple protection systems.

What Makes Dendo Different

Discover why in-house engineering and direct control over product development sets us apart from companies that rely on white-labelled motors. A deeper look at technical expertise in window covering automation.

The Truth About Newton Metres

Demystifying motor torque ratings in the window coverings industry. Learn what Newton metre specifications really mean and how to evaluate actual motor performance for your applications.