Microcentrifuge IBMC-4100 design with interchangeable rotors for procedure with 2×8×0.2 ml (PCR) strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-4200 design with interchangeable rotors for procedure with 12x1.5/0.5/0.2 ml(PCR) strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-4300 design with interchangeable rotors for procedure with 12x1.5/0.5/0.2 ml(PCR) strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-4400 design with interchangeable rotors for procedure with 12×1.5 ml, 2×8×0.2 ml (PCR) strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-5100 design with interchangeable rotors for procedure with 1.5 ml microtubes and 0.5 ml PCR strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-5160 design with interchangeable rotors for procedure with 1.5 ml microtubes and 0.5 ml PCR strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-5170 design with interchangeable rotors for procedure with 1.5 ml microtubes and 0.5 ml PCR strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-5160R design with interchangeable rotors for procedure with 1.5 ml microtubes and 0.5 ml PCR strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-6024 is widely used in physical and chemistry analysis, biochemistry, cellular and molecular biology, clinical Labs and blood donation centers, and is ideal for high end research applications i.e. sedimentation of cells and viruses, separation of sub-cellular organelles,
Microcentrifuge IBMC-6024 is widely used in physical and chemistry analysis, biochemistry, cellular and molecular biology, clinical Labs and blood donation centers, and is ideal for high end research applications i.e. sedimentation of cells and viruses, separation of sub-cellular organelles,
Microcentrifuge IBMC-6024R is widely used in physical and chemistry analysis, biochemistry, cellular and molecular biology, clinical Labs and blood donation centers, and is ideal for high end research applications i.e. sedimentation of cells and viruses, separation of sub-cellular organelles,
Microcentrifuge IBMC-6024R is widely used in physical and chemistry analysis, biochemistry, cellular and molecular biology, clinical Labs and blood donation centers, and is ideal for high end research applications i.e. sedimentation of cells and viruses, separation of sub-cellular organelles,
Microcentrifuge IBMC-4100 design with interchangeable rotors for procedure with 2×8×0.2 ml (PCR) strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-4200 design with interchangeable rotors for procedure with 12x1.5/0.5/0.2 ml(PCR) strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-4300 design with interchangeable rotors for procedure with 12x1.5/0.5/0.2 ml(PCR) strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-4400 design with interchangeable rotors for procedure with 12×1.5 ml, 2×8×0.2 ml (PCR) strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-5100 design with interchangeable rotors for procedure with 1.5 ml microtubes and 0.5 ml PCR strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-5160 design with interchangeable rotors for procedure with 1.5 ml microtubes and 0.5 ml PCR strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-5170 design with interchangeable rotors for procedure with 1.5 ml microtubes and 0.5 ml PCR strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-5160R design with interchangeable rotors for procedure with 1.5 ml microtubes and 0.5 ml PCR strip tubes with adjustable timing and RPM during operation anytime, as well as to check centrifugal force without stopping the machine.
Microcentrifuge IBMC-6024 is widely used in physical and chemistry analysis, biochemistry, cellular and molecular biology, clinical Labs and blood donation centers, and is ideal for high end research applications i.e. sedimentation of cells and viruses, separation of sub-cellular organelles,
Microcentrifuge IBMC-6024 is widely used in physical and chemistry analysis, biochemistry, cellular and molecular biology, clinical Labs and blood donation centers, and is ideal for high end research applications i.e. sedimentation of cells and viruses, separation of sub-cellular organelles,
Microcentrifuge IBMC-6024R is widely used in physical and chemistry analysis, biochemistry, cellular and molecular biology, clinical Labs and blood donation centers, and is ideal for high end research applications i.e. sedimentation of cells and viruses, separation of sub-cellular organelles,
Microcentrifuge IBMC-6024R is widely used in physical and chemistry analysis, biochemistry, cellular and molecular biology, clinical Labs and blood donation centers, and is ideal for high end research applications i.e. sedimentation of cells and viruses, separation of sub-cellular organelles,
