Our machine is perfectly suited for the mechanical production of
Production of all layers, whether base layers, substructures, or cleanliness layers made of sand, gravel, crushed stone, concrete, screed, and almost all bulk building materials.
Production of all relevant layers for paving, e.g., paving bedding made of sand or gravel, including the underlying base layer made of crushed stone or recycled material.
Stable and profile-accurate base layers, substructures, and the final surface layer form a solid foundation for path construction with a minimum width of 2.05 m without edging and 2.15 m with edging.
Crushed stone, gravel, sand, screed, or roller-compacted concrete (earth-moist), the HEIDE PRM-275 Surface Paving Machine processes almost all bulk materials with grain sizes up to 0/45.
The Paving Machine is also ideal for the construction of sports and leisure facilities, e.g., tennis courts, football fields.
Precise and fast production of soil layers or soil surfaces for agricultural greenhouses and riding arena footing for indoor and outdoor equestrian facilities.
"Perfectly suited for: paving companies, landscaping companies, road construction companies, civil engineering companies, municipalities, sports field construction companies, and many more."
Developed by practitioners for practitioners!
With this paver, you are purchasing the most modern surface Paving Machine currently available on the market.
The machine meets all requirements for a modern surface Paving Machine: easy to operate, highly precise installation technology, very maneuverable – even on tight construction sites (usable in underground garages), compact dimensions, very lightweight and therefore easy to transport, loadable from 3 sides, and equipped with a low-vibration track drive for smooth operation and modern joysticks for fine control of the drive motor.
The HEIDE PRM-275 Surface Paving Machine is our answer to streamlining the production of small surfaces up to large areas exceeding 10,000 m² of daily output, all with a single system.