Conveying technology
Bulk material handling technology for mechanical and pneumatic conveying – high-capacity, efficient and suitable for a wide range of bulk materials

Mechanical & pneumatic conveying technology
Reliable conveying systems for a wide range of material properties and industrial requirements

Conveying technology for reliable material flow
Whether fine powders, abrasive materials, dusty residues or moist biomass – the requirements placed on conveying technology are as varied as the bulk materials themselves.
DI MATTEO develops mechanical and pneumatic conveying systems for a wide range of conveying routes, material properties and process requirements. Our solutions are designed for reliable material flow, high operational reliability and long-term cost-efficient operation.
Benefits
- Certified quality – Made in Germany: Manufactured in accordance with ISO 9001:2015, designed for robust operation and long service life.
- Individually engineered – precisely aligned with your requirements: Technology tailored to material properties, process conditions and available space.
- Proven in practice and continuously refined: Decades of experience combined with ongoing optimisation of our solutions.
- Safe operation from the outset: Integrated safety concepts support occupational safety in daily use.
- Complete systems from a single source: From individual machines to turnkey installations – delivered on schedule and ready for operation.
ATEX compliant
For applications in hazardous areas, our equipment is available in compliance with ATEX Directive 2014/34/EU, ensuring safe and reliable operation in explosion-risk environments.
Temperature resistance
Our machines are engineered to match your specific requirements and operating environments, covering a wide range of operating temperatures – from extremely low to very high temperature conditions.
Typical applications of our conveying technology:
- Continuous conveying of bulk materials over short and long distances
- Transport in horizontal, inclined or vertical configuration
- Low-dust conveying of challenging bulk materials
- Integration into production, recycling or energy plants
- Combination of mechanical and pneumatic systems for complex material flows
- Transport of piece goods
DI MATTEO conveying systems handle material flow from material reception to controlled downstream processing – including abrasive, moist or poor-flowing bulk materials.
Designed for real process conditions
In day-to-day industrial operation, materials, processes and load conditions are constantly changing. DI MATTEO takes typical plant requirements into account already during planning and engineering.
Abrasive bulk materials, dust, material build-up and varying material properties place demanding requirements on systems and components.
Design features focused on practical plant operation
- Service-friendly accessibility
- Reduced material build-up
- Wear-optimised design
- Stable material flow
- Maintenance-friendly construction
Our solutions are developed directly from practical experience gained in continuous industrial operation – resulting in durable, service-friendly and process-reliable systems.
/ Available worldwide
Your personal contact
Do you have questions about our systems or are you planning a project? Contact our sales team for technical advice, detailed information and clear, engineered solutions. Globally connected, personally accessible – wherever you need us.
Discover more
Whether targeted solutions for individual process stages or turnkey complete plants, you will find the approach that aligns precisely with your operational requirements. Discover complementary services, application-oriented industry solutions and our expertise in the turnkey sector.


Service & Support
Whether maintenance, spare parts or retrofit solutions, we support your bulk material handling equipment throughout its lifecycle and deliver solutions designed for long-term performance. With technical expertise, experience and direct accessibility, we ensure the reliable operation of your plants.






