OmniCloner

O produkcie

OmniCloner is a modern 3D printer from the Scientific series, developed for research institutes, R&D laboratories and companies working on advanced materials and manufacturing technologies. The device enables precise multi-material 3D printing, allowing users to create complex experimental structures.

Thanks to its modular architecture and interchangeable printheads, OmniCloner can be easily adapted to specific research requirements, material types, and individual laboratory protocols.

Multi-Material 3D Printing

One of OmniCloner’s key advantages is its ability to work with multiple materials simultaneously. This makes it possible to create advanced composite elements, functional structures, and prototypes combining different mechanical, chemical or electrical properties.

The system supports:

• high-temperature polymers,
• ceramic pastes
• composite materials
• functional powders
• gels
• photopolymers
• experimental materials developed in laboratories

Modular Design and Interchangeable Printheads

OmniCloner is equipped with a system of interchangeable printheads, allowing a single device to be quickly adapted to various applications.

This solution enables:

• changing the printing method without replacing the entire device
• optimizing parameters for specific materials
• increasing experiment repeatability
• maintaining high process accuracy

The modular design also allows the system to be expanded more easily as research projects develop.

Dedicated Software for Process Management

An integral part of the system is proprietary software from BioCloner Health, enabling comprehensive management of the printing process.

Users can:

• prepare their own research protocols
• configure process parameters
• control all device modules
• monitor the printing process in real time
• ensure full repeatability of experiments

OmniCloner Applications

Construction Materials Research

Design and fabrication of ceramic, composite, and high-strength elements intended for testing mechanical and structural properties.

Materials Engineering

Development of new functional materials, composites, and multi-material structures used in research and development projects.

Strength Testing

Production of standardized laboratory samples for analyzing mechanical properties, durability, and material resistance.

Technological Chemistry

Testing new material formulations, photopolymers, pastes, gels, and high-temperature materials while maintaining full control over process parameters.

Electrical Engineering

Design and fabrication of insulating elements, functional components, and hybrid structures combining conductive and structural materials.

Industrial Prototyping

Rapid production of functional models and prototypes designed for industrial process simulation and evaluation of new manufacturing technologies.