Innovation & Science
next level productivity
Because innovations are based on sound expertise
In modern, innovative mechanical engineering, hardly anyone is thinking about wood. But we are. We may be a very young company, but we're a company based on more than 15 years of research and countless hours of development and optimization. At Chemnitz University of Technology, we focused on using wood as a material to bring an efficient, flexible and advanced technology together with a little bit of nature into industrial production to create technically capable and economically successful solutions.
We have more than 10 years of experience in implementing conveyor technology solutions in wood-based design;
a special expertise in which well-known companies are already putting their faith today.
Key features of ligenium products
Our key features
Knowledge and competence
We are engineers, visionaries, researchers, managers and, of course, entrepreneurs. We bring together a diverse skill set and our maxim is always to develop ecologically and economically worthwhile solutions for our customers. We do not take this goal lightly. You can and should expect the following from us:
Reliability and flexibility
Tested quality, no compromises
Customized product solutions
Sustainability and environmental protection
Specialist knowledge of materials
Investment in research and development
Industry-standard conformity declaration
Made from wood
The renewable resource wood, and wood-based materials manufactured from it, form the basis for innovative applications that are durable, lightweight, resilient and capable..
Modular solutions customized to business requirements for the transport of goods and materials, which offer greater flexibility when the goods being transported change without additional investment costs..
Lighter than conventional steel and plastic solutions, but just as resilient. Eases the load in ergonomic terms, reduces safety risks and lowers operating and transport costs.
Specific, adapted designs using the natural material wood for lasting improvement to vibration damping and associated noise abatement
High electromagnetic compatibility
We minimize the risk of losing WiFi or radio signals for reliable real-time supply chain monitoring free from interference and drop-out.
Low risk one electrostatic discharge (ESD)
Wood-based materials dissipate charge, making them perfectly suited to the transport of ESD-sensitive components for a reduced risk of electric shocks, fires and explosions
Even when faced with chemical or aggressive environments, wood is more resistant than metal structures.
Conveyor technology solutions using robust wood-based materials are particularly low maintenance and withstand the daily pressures of intralogistics thanks to specially selected types of wood.
Use of renewable, resource-efficient raw materials and modular design with plug-in connections for improved energy efficiency thanks to lower weight and optimized ecological footprint.
The pleasant look and feel of the renewable resource wood brings nature into production, manufacturing and goods transport.
The ergonomic configuration of all ligenium solutions increases workplace safety for employees in manufacturing and production.
Uniquely modular character owing to plug-in connections and custom designs for utmost adaptability to new product generations and production processes with direct cost savings.
Optimized fill level
ligenium solutions support complex packing and filling strategies by precisely optimizing the fill level and enabling a high component density for sequence-controlled receptacles.
Carbon balance sheet
Conveyor technology and equipment made from wood reduces carbon emissions which consequently improves energy and resource efficiency compared with steel.
Corporate Social Responsibility (CSR)
Alongside reducing our own ecological footprint and the associated improvement in our carbon balance sheet, we take a sustainable approach to all aspects of doing business as a responsibility to our stakeholders and the environment.
From nature's laboratory
Nature has spent millions of years honing wood as a material. For a long time, wood was “the” construction material in mechanical engineering and its use was established in history. However, over time it has been pushed out by metal and plastic, and for no good reason as our years of research and development show. For us, wood is a modern, versatile material with massive potential for the future, owing to its excellent properties for increased productivity, seamless processes and a reliable material flow. This remains the case even as requirements flex and grow.
Sustainability as a success factor