Top 10 Best Hardware Manufacturers in South Holland

Engineering Excellence in South Holland

South Holland has a proud engineering tradition. Its location on the North Sea and the great rivers of the Rhine and Meuse delta produced world leaders in shipbuilding, dredging and offshore equipment. The Westland's greenhouses spawned high-tech climate control hardware used across the globe. More recently, Delft has become a centre of quantum technology, where start-ups produce components for the computers of the future.

These manufacturers share a strong focus on precision, reliability and innovation. Many work closely with Delft University of Technology and TNO, and export the majority of their products, making them important contributors to the Dutch economy.

How We Selected These Manufacturers

We evaluated companies on technological leadership, global reputation, innovation, manufacturing capabilities and their roots in South Holland. The list covers agriculture, maritime, offshore and quantum hardware.

The Top 10 Hardware Manufacturers in South Holland

1. Lely

Headquartered in Maassluis, Lely is a global pioneer in dairy farming robotics. Its milking robots, automated feeding systems and barn cleaning robots are used on farms worldwide. Lely's hardware integrates sensors and software to monitor animal health, improve welfare and give farmers more flexibility in their daily routines.

2. Priva

Priva, based in De Lier, manufactures climate control computers, sensors and water management systems for greenhouses and buildings. Its hardware helps growers around the world create optimal growing conditions while reducing energy and water use, strengthening the Westland's position as a global horticulture technology hub.

3. Huisman

Schiedam-based Huisman designs and builds heavy construction equipment for offshore, wind energy and subsea industries. Its enormous cranes, pipelay systems and drilling equipment are among the most advanced in the world, playing a key role in the construction of offshore wind farms that support the energy transition.

4. Royal IHC

Royal IHC, based in Kinderdijk, is a world leader in dredging and mining vessels and equipment. Its innovative ships and systems are used for land reclamation, port construction and coastal protection worldwide, reflecting centuries of Dutch expertise in managing water.

5. Damen Shipyards Group

Headquartered in Gorinchem, Damen is one of the largest shipbuilding groups in the world. It designs and builds tugs, workboats, ferries, naval vessels and yachts, and is increasingly focused on sustainable and electric vessel designs. Its standardised designs allow fast, cost-efficient production for customers globally.

6. Ampelmann

Delft-based Ampelmann developed motion-compensated gangway systems that allow people and cargo to transfer safely from moving vessels to offshore structures. Its technology has transformed offshore access for oil, gas and wind energy, making operations safer and more efficient.

7. Qblox

Qblox, a Delft quantum technology company, builds control stacks that operate quantum computers. Its modular hardware generates and measures the precise signals needed to control qubits, and it is used by leading quantum research labs and companies around the world.

8. Delft Circuits

Delft Circuits manufactures cryogenic cabling and signal delivery solutions for quantum computers. Its flexible superconducting cables allow many more qubits to be connected inside the extremely cold environments quantum processors require, solving a crucial scaling challenge.

9. Orange Quantum Systems

Orange Quantum Systems in Delft develops test and measurement equipment for quantum chips. Its systems help chip manufacturers and researchers characterise qubits quickly and accurately, supporting the development of an industrial quantum supply chain.

10. Hoogendoorn Growth Management

Vlaardingen-based Hoogendoorn manufactures process computers and control hardware for greenhouses. Its systems regulate climate, irrigation and energy, and are increasingly integrated with advanced algorithms for autonomous growing, helping growers worldwide produce more with fewer resources.

Hardware Industry Trends

Sustainability is reshaping hardware manufacturing in South Holland. Shipbuilders are developing electric and hydrogen-ready vessels, offshore equipment makers are focusing on wind energy, and horticulture technology companies are helping greenhouses become energy neutral. Automation and robotics continue to expand across agriculture and industry.

Quantum technology is one of the most exciting growth areas. Delft's quantum ecosystem, supported by research institute QuTech and national investment programmes, is producing a cluster of hardware companies that supply the global quantum industry. Supply chain resilience and access to skilled technicians remain important challenges for the sector.

Why South Holland Excels at Hardware

The province combines world-class engineering education, a long industrial history, strong collaboration between companies and research institutes and close proximity to demanding customers in ports, agriculture and energy. This ecosystem enables companies to develop, test and scale complex hardware efficiently.

Careers in South Holland Hardware

The province's hardware manufacturers offer attractive careers for mechanical, electrical and software engineers, as well as skilled technicians and production specialists. Many companies collaborate with vocational schools and universities to train new talent, offering internships and graduation projects on real products. Working on offshore cranes, robotic farming systems or quantum components gives engineers the chance to solve global challenges while living in one of Europe's most liveable regions, which helps local manufacturers attract talent from across the world.

Conclusion

From Lely's dairy robots and Huisman's giant cranes to Delft's quantum components, South Holland's hardware manufacturers demonstrate remarkable engineering diversity. These ten companies are building the machines that feed the world, power the energy transition and enable the next generation of computing.