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Digtor 22 COL
Essential for fat processing, Digtor 22 COL sees indispensability in research related to liposculpture techniques and reparative surgery.
Centrifuges
Centrifuges for a diversity of laboratory purposes, ranging from general applications to specialised applications.
List of Products from this Category
Digtor 22 R
Being compact, Digtor 22 R offers maximum performance for laboratory and clinical needs while minimizing the use of valuable lab space. Microprocessor-controlled and PC-connectable, this brushless motor centrifuge allows easy data export for analysis and timer-programmed operation. Its ergonomic design enables easy access to the rotor for sample loading and load balancing. It is also highly versatile, compatible with a wide range of rotors, including 15 mL conical flasks and 5 mL tubes. Its refrigeration system can maintain the minimum chamber temperature below 4°C regardless of rotor type and selected speed.
Dilitcen 22 R
As the largest Orto Alresa benchtop centrifuge, the brushless Dilitcen 22 R allows for easy data export for analysis and timer-programme operation with its microprocessor control and PC-connectivity. Its ergonomic design enables easy access to the rotor for sample loading and load balancing. Its refrigeration system can maintain the minimum chamber temperature below 4°C regardless of rotor type and selected speed. It is also highly versatile, compatible with a wide range of rotors, including 15 mL conical flasks and 5 mL tubes for your clinical and biotechnological applications.
Lacter 21
Lacter 21 is specifically designed for the easy and accurate handling of dairy products and their derivatives. Its smooth operation helps prevent sample container breakage, ensuring reliable performance. Equipped with a brushless motor and microprocessor control, this centrifuge allows for simultaneous and automatic conversion of RPM to RCF values, eliminating the need for manual calculations. Additionally, the integrated heating system provides temperature traceability, further enhancing ease of use and user confidence.
Magnus 22
Being compact, the Magnus 22 offers maximum performance for laboratory and clinical needs while minimizing the use of valuable lab space. Microprocessor-controlled and PC-connectable, this brushless motor centrifuge allows easy data export for analysis and timer-programmed operation. Its ergonomic design enables easy access to the rotor for sample loading and load balancing. It is also highly versatile, compatible with a wide range of rotors, including 15 mL conical flasks and 5 mL tubes.
Magnus 22 R
Being compact, the Magnus 22 R offers maximum performance for laboratory and clinical needs while minimizing the use of valuable lab space. Microprocessor-controlled and PC-connectable, this brushless motor centrifuge allows easy data export for analysis and timer-programmed operation. Its ergonomic design enables easy access to the rotor for sample loading and load balancing. Its refrigeration system can maintain the minimum chamber temperature below 4°C regardless of rotor type and selected speed. It is also highly versatile, compatible with a wide range of rotors, including 15 mL conical flasks and 5 mL tubes.
Microcen 24
High performance and versatile, the brushless Microcen 24’s ergonomic design enables easy access to rotor for sample loading, and easy exchange of rotors to fit your wide range of laboratory and clinical needs.
Minicen
As the smallest Orto Alresa centrifuge, the compact brushless Minicen offers quick and reliable separation processes for microvolume samples with its microprocessor and precise control over operating parameters. Its ergonomic design enables easy access to the rotor for sample loading and load balancing.
Plasma 22
Plasma 22 has been developed in collaboration with experts in platelet-rich plasma (PRP), platelet-rich fibrin (PRF), and their derivatives. It delivers validated performance by preserving the cellular structure of each phase, ensuring optimal application of each alternative. Additionally, it minimizes particle interference that could hinder cell adhesion.
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