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3D bioprinting is our passion
We try to see more. This allows us to better understand the needs of the scientific and industrial communities. Thanks to our research today, we believe that in the future we will change the face of modern technology and medicine.
A perfect example of the changes taking place today is the use of 3D bioprinted in vitro models to reduce animal testing. We are constantly developing the technological solutions we have developed, which opens the door to new opportunities in the world of science. We actively strive for a future where our innovative vision supports experts in their daily work to shape a better tomorrow together with them.
About usINNOVATION IS AT YOUR FINGERTIPS
The software we created consists of several modules enabling work with a 3D bioprinter at various stages - from protocol design to production of the finished product.
BioCloner Desktop was created with the user in mind, ensuring ease of use and, above all, intuitive use. Thanks to the structured and clear interface, using our software is pleasant and effective.
With the ability to choose between Basic, Advanced and Expert modes, you can easily adapt the software to your needs. At each stage of the process, the user is accompanied by messages and warnings so that he can easily achieve the desired final print result.
Our dedicated bioprinting platform allows the user to load three-dimensional models, as well as perform basic operations such as scaling, rotating, moving and more advanced ones - division into ranges and merging.
By assigning specific heads to appropriate models, you can precisely control the printing process in real time. Using the possibility of generating a mesh of injections allows you to print the entire model in a single session.
The user interface of our software is delivered directly from the server, which ensures that every printer user who connects to the device always uses the latest version of the software. All improvements and updates are immediately available to users, eliminating the need for manual updates and ensuring the highest quality and safe use.
Generating a detailed printing protocol enables parameter analysis, ensuring print repeatability and facilitating change control. This is crucial for the stability and precision of creating complex structures, ensuring users can effectively monitor the entire process.
We change for you
A set of bioprinters designed in Poland supporting modern medicine and technology.
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Replaceable print head
Work table with heating and cooling function
Touch screen and intuitive control
UV-C lamp
Configurable tool magazine
A working chamber with a higher standard of cleanliness
UV on the gantry
The CTP head was designed for pressure pumping of biological materials, such as hydrogels and all materials requiring strictly controlled working conditions. Our system allows both cooling below ambient temperature and heating in the range of 4 – 60℃. The head is designed to work with standardized 3 ml cartridges. The extrusion process is carried out by pressure pressing, which allows precise application of individual layers of material.
A measuring head used to map the working surface in the space of our 3D bioprinter. It allows you to create a three-dimensional map of the table surface for glass, Petri dishes, multi-well plates (max. number of wells = 12). This map allows you to correct the height of the print bed in real time while printing.
The UVP head is designed to extrude materials in liquid form under controlled pressure. At the same time, thanks to the UV diode system, it is possible to work with light-curing materials continuously. This solution ensures increased exposure of the material to the cross-linking agent, which increases the possibility of working with liquid materials. Depending on the materials used, the cross-linking power can be smoothly adjusted. Additionally, thanks to the head equipped with an electric heating jacket, it is possible to carry out work in the temperature range of 20 – 60°C. The extrusion process is carried out by pressure pressing, which allows precise application of individual layers of material.
The pressure printing head is the basic execution tool for 3D bioprinting. It allows you to print complex structures in three-dimensional space from viscous materials such as silicones, pastes or biomaterials. The 3D printing process using a PPP head takes place at ambient temperature. It is adapted to work with standardized 3 ml cartridges. The extrusion process is carried out by pressure pressing, which allows precise application of individual layers of material.
This head is intended for three-dimensional printing using thermoplastic materials in the form of filaments with a diameter of 1.75 mm. It is characterized by precision, the ability to work with various types of filaments and the ability to precisely control printing parameters. The FFF head has an operating temperature of up to 240 °C and is equipped with a dedicated fan for cooling the prints. Moreover, the user can replace the nozzle with the diameter required by the user in the range of 0.1 - 0.8 mm.
This head is intended for 3D printing models using materials such as granules and powder. It is equipped with a heating system that allows maintaining a stable high 3D printing temperature - up to 220°C - so we can process materials with a higher melting point and deposit them on the table surface. Working with materials in the form of granules or powder significantly increases the availability of materials for work. The head is adapted to work with standardized high-temperature cartridges with a capacity of 3 ml. The extrusion process is carried out by pressure pressing, which allows precise application of individual layers of material.
Make an appointment with us and we will develop it for you.
The table allows you to work with materials of different temperatures. It allows operation in the temperature range from 4 °C to 65 °C. Available in 2 variants. Direct - using a glass surface as a working field and indirect, in which thanks to the mounting pad it is possible to adapt the machine to work with laboratory equipment such as slides, multi-well plates and dishes.
The software, both in the software and firmware layers, is developed by our team of engineers. Thanks to this, we work every day to improve the ergonomics of use and the quality of everyday work. Our intuitive solution, especially when creating technological processes requiring extensive R&D work, is characterized by ease of use and the ability to make changes at every stage of the process.
It is possible to connect an additional screen operating outside the outline of the machine. It facilitates the use of a 3D bioprinter, among others: when working in a laminar chamber.
Ensures the required cleanliness of the working space for working with biologically clean material. The lamp emits light in the UV-C range, with a maximum wavelength of 254 nm, without causing ozone formation.
It allows you to equip the machine with all the necessary heads to carry out the entire printing process according to the protocol.
The filters used, classed according to the PN - EN 1822-1: H14 standard, guarantee maintaining increased cleanliness in the working chamber, eliminating 99.995% of pollutants from the environment. Thanks to this, the user can be sure that the 3D bioprinting process is carried out in a space with an increased cleanliness class.
The flexible approach of the bioprinter allows you to adapt the working space to the needs of the user and the process being conducted.
Using a programmable LED strip, the machine can inform the user about the current operating status.
The UV device on the gantry operates at a light wavelength of 365 nm, which enables stable fixation of prints made of various materials. The hardening procedure can be performed in two modes: during the printing process and after its completion. During printing, the exposure frequency is adjusted dynamically. Also allowing you to set the exposure after each layer is finished or every subsequent layer.
Using our bioprinters, you will be able to quickly and simply prove your hypotheses and test the functionality of newly discovered methods.
BioCloner provides flexibility for a variety of bioprinting applications, allowing you to work with a wide range of materials and techniques, making it an ideal tool for a variety of research and clinical projects.
BioCloner's easy integration with existing laboratory systems and scientific software allows it to be seamlessly incorporated into your research environment, increasing work efficiency.
BioCloner offers advanced control options that enable precise manipulation of bioprinting processes, ensuring high quality and consistency of results.
Our dedicated calibration system ensures the reliability and accuracy of each print, minimizing errors and increasing the repeatability of experiments.
We offer comprehensive support from our specialists, including technical assistance, application consulting, and training to maximize efficiency and effectiveness when working with BioCloner
BioCloner is your reliable partner in everyday research and clinical work.
With our innovative bioprinting solutions, you can focus on achieving breakthrough discoveries while we provide the necessary technical and expert support.
Check out how BioCloner can make your projects easier!
Kilka miesięcy temu na Politechnice Warszawskiej, miało miejsce pierwsze wdrożenie autorskiego BioCloner Desktop Pro. Jak przebiegają badania z wykorzystaniem naszej biodrukarki 3D?
Our company successfully implemented its original 3D bioprinting technology by introducing the BioCloner Desktop Pro at the Medical University of Warsaw (WUM) and the AGH University of Science and Technology in Kraków.
Kilka dni temu, członek zarządu BioCloner Health, Maciej Gołaszewski, udzielił wywiadu dla WPROST.