W.D. Hearn is one of South Africa’s largest and most established machine tool suppliers, specialising in plastic injection moulding machines alongside a comprehensive range of CNC machining centres, turning centres, EDM and wire EDM systems, laser welding and marking equipment, metrology measuring and scanning solutions, fibre laser machinery, sheet metal cutting machinery, conventional toolroom equipment, and press brakes.
Backed by highly experienced technical teams, W.D. Hearn provides reliable after-sales support and customer service to manufacturing businesses nationwide. With decades of industry experience, the company supports both job shop and production environments through proven machinery, expert technical guidance, and long-term operational support.
W.D. Hearn was established in 1937 and operates branches across South Africa - in Johannesburg, Cape Town, Durban and Port Elizabeth. The company remains consistently up to date with worldwide machine tool developments and evolving manufacturing technology trends.
By focusing on understanding each customer’s specific needs, W.D. Hearn provides professional, application-driven advice to support both job shop and production requirements.
W.D. Hearn works closely with carefully selected high-technology suppliers from Europe, America, Taiwan, and Japan to cover a wide range of machine shop and production requirements.
W.D. Hearn have a carefully trained & dedicated admin staff handling the import & export of machines, accessories and spares from our global suppliers and the distribution of these parts, as quickly and effectively as possible around the country to our branch offices.
W.D. Hearn are continually evolving our product line to match the lightning fast evolution of technology in todays competitive world. W.D. Hearn have a strong stock holding of CNC machines, CNC accessories, CNC tooling, conventional machines and related equipment at all our showrooms around the country.
For quotations or simple advice don't hesitate to contact one of our sales engineers in your areas.
Its servo-driven control system and compact footprint make the NPC52 ideal for toolroom, R&D, and short- to medium-run production, including prototype trials, medical / laboratory components, and consumer or industrial products requiring stable cycles, controlled injection behaviour, and efficient use of floor space. The machine is suited to small, high-precision plastic components where accuracy and repeatability are critical. Typical applications include electronic and electrical components, small housings, automotive components, caps and closures.
With servo-driven accuracy and balanced clamping force, the NPC72 moulding machine suits short- to medium-run production, toolroom and development work, packaging parts, and consumer or industrial products where reliable operation and consistent cycle performance are required. It is designed for small-to-medium plastic components requiring increased mould capacity with precise, repeatable injection control. Typical applications include electrical components and housings and automotive components.
With servo-driven control and a robust mechanical design, the NPC110 moulding machine is suited to continuous production and longer runs, supporting multi-cavity tooling for medium scale components and products where cycle stability and material efficiency are critical. Typical applications include automotive interior and under-bonnet components, electrical housings, industrial fittings, and functional plastic parts requiring consistent injection control and accuracy.
Built for continuous production, the NPC260 injection moulding machine supports multi-cavity tooling for manufacturing medium-to-large plastic parts, making it well suited for packaging, consumer goods, and industrial products requiring reliable operation, energy-efficient servo control, and long-term process stability.Typical applications include automotive parts, industrial housings, appliance components.
The NPC730 – 730 Ton Injection Moulding Machine is designed for large-scale moulding applications involving heavy tooling and extended cycle times. Its rigid construction and stable clamp performance support demanding production requirements while maintaining controlled, repeatable cycles.Typical applications include automotive structural and exterior components, large industrial housings, pallets and containers, thick-walled technical mouldings, and high-output consumer or industrial products where long-term reliability and consistent process control are essential.
The NPC460H high-speed injection moulding machine is designed for high-output production where fast cycle times and precise material flow are essential. Its high-response injection system and stable clamping enable consistent, repeatable moulding of thin-wall components during extended production runs. Applications: thin-wall food & beverage and medical / pharmaceutical packaging and other lightweight plastic products requiring high speed, accuracy, and consistent part quality.
The NPC280H High-Speed 280 Ton Thin-Wall Injection Moulding Machine is engineered for fast-cycle production of thin-walled plastic components where precision material flow and timing are critical. Its high-response injection system and stable clamping performance allow consistent mould filling at elevated speeds, supporting reliable part quality even under demanding production conditions.
The Scanology KSCAN Magic handheld 3D scanner is a high-precision, portable scanning solution designed for fast and accurate 3D measurement of small to large objects. Using advanced laser scanning technology, it delivers high-resolution data capture with excellent accuracy. Ideal for inspection, reverse engineering, and quality control in manufacturing environments.
The Scanology SIMSCAN handheld 3D laser scanner is a compact, lightweight solution for high-accuracy 3D scanning in confined or hard-to-reach areas. Designed for speed and precision, it delivers reliable measurement data for inspection, reverse engineering, and quality control applications across industrial and manufacturing environments.
The Mega 30V CNC machine is designed for machining environments where precision work, operator control, and consistency take priority over raw scale. Its vertical configuration supports accurate machining of detailed components, allowing manufacturers to carry out milling, drilling, and tapping operations with predictable results.
The Micro Dynamics Tera 40 machine supports consistent machining performance in environments where accuracy and production stability are equally important. Its vertical machining configuration allows for controlled milling, drilling, and tapping operations across a wide range of everyday manufacturing tasks.
The Leadwell V-42AF is designed for precision-focused machining environments where stability and consistency are essential for daily operation. Its configuration supports controlled milling, drilling, and tapping across a broad range of materials, making it well suited to workshops and production lines handling varied component types.
The Leadwell V-50L is positioned for higher-capacity machining applications where larger workpieces and longer machining cycles are part of routine production. Its design prioritises structural strength and sustained cutting stability, allowing it to maintain dimensional control during demanding machining operations.
Joemars ZNC EDM machines offer a straightforward approach to electrical discharge machining, combining manual control with stable machining performance. They are commonly used for cavity work, tooling adjustments, and general EDM operations.
Mitsubishi Electric EDM and Wire EDM machines are used where traditional cutting processes are impractical or impossible. They enable precise machining of hardened materials and complex profiles with controlled spark erosion.
These systems are widely applied in mould making, tool manufacturing, and precision engineering environments that demand high accuracy and clean surface finishes.
Sisma laser systems are designed for precision repair and marking of moulds and dies, enabling controlled material build-up with minimal heat input. This makes them well suited to restoring worn edges, cavities, and fine features without affecting surrounding material. In addition to repair work, integrated laser marking supports permanent identification and traceability of tooling components within production environments.
Glorystar’s sheet metal equipment range includes the GS Series, VS-CE Series, and additional solutions such as the GS-C, GS-CL, NS-GH, and VS-CEG Series, supporting a wide range of fabrication requirements across different production environments.

The Glorystar GS Series is designed for manufacturers requiring dependable sheet metal processing across everyday fabrication tasks. These machines are suited to handling standard cutting and forming operations with consistent accuracy, making them a practical choice for workshops and production environments that prioritise repeatability and operational stability.

The Glorystar VS-CE Series targets higher-precision sheet metal applications where control, finish quality, and process consistency are critical. Developed for more demanding fabrication requirements, these machines support accurate cutting and forming across a wider range of materials and thicknesses.
25 Mail Street,
Western Province,
Park Epping,
Cape Town,
7460