Microplate Reader IMR-6000especially designed for QC function with 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the absorbance range 0 to 4.000Abs with bandwidth 8 nm
Microplate Reader IMR-6000especially designed for QC function with 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the absorbance range 0 to 4.000Abs with bandwidth 8 nm
Microplate Reader IMR-7000 is suitable for End-point , Fixed-time , Kinetic function. An 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the absorbance range 0 to 4.000Abs
Microplate Reader IMR-7000 is suitable for End-point , Fixed-time , Kinetic function. An 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the absorbance range 0 to 4.000Abs
Microplate Reader IMR-8000 provides benefit of a wider range of detection with 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the full UV wavelength340 nm and absorbance range 0 to 4.000Abs with bandwidth
Microplate Reader IMR-8000 provides benefit of a wider range of detection with 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the full UV wavelength340 nm and absorbance range 0 to 4.000Abs with bandwidth
Microplate Workstation IPW-4200 is used as ultraviolet-visible spectrophotometer. Covers the full wavelength range 190 to 1000 nmand measured as quickly as 6 second per well, which is significantly faster than other current microplate reader methods.
Microplate Workstation IPW-4400 is used as ultraviolet-visible spectrophotometer. Covers the full wavelength range 190 to 1000 nmand measured as quickly as 6 second per well, which is significantly faster than other current microplate reader methods.
Microplate Workstation IPW-4000S is used as ultraviolet-visible spectrophotometer. Covers the full wavelength range 190 to 1000 nmand measured as quickly as 6 second per well, which is significantly faster than other current microplate reader methods.
Microplate Reader IMR-6000especially designed for QC function with 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the absorbance range 0 to 4.000Abs with bandwidth 8 nm
Microplate Reader IMR-6000especially designed for QC function with 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the absorbance range 0 to 4.000Abs with bandwidth 8 nm
Microplate Reader IMR-7000 is suitable for End-point , Fixed-time , Kinetic function. An 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the absorbance range 0 to 4.000Abs
Microplate Reader IMR-7000 is suitable for End-point , Fixed-time , Kinetic function. An 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the absorbance range 0 to 4.000Abs
Microplate Reader IMR-8000 provides benefit of a wider range of detection with 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the full UV wavelength340 nm and absorbance range 0 to 4.000Abs with bandwidth
Microplate Reader IMR-8000 provides benefit of a wider range of detection with 8-channel manifolds as standard accessories for use with standard 96 wells plates. Covers the full UV wavelength340 nm and absorbance range 0 to 4.000Abs with bandwidth
Microplate Workstation IPW-4200 is used as ultraviolet-visible spectrophotometer. Covers the full wavelength range 190 to 1000 nmand measured as quickly as 6 second per well, which is significantly faster than other current microplate reader methods.
Microplate Workstation IPW-4400 is used as ultraviolet-visible spectrophotometer. Covers the full wavelength range 190 to 1000 nmand measured as quickly as 6 second per well, which is significantly faster than other current microplate reader methods.
Microplate Workstation IPW-4000S is used as ultraviolet-visible spectrophotometer. Covers the full wavelength range 190 to 1000 nmand measured as quickly as 6 second per well, which is significantly faster than other current microplate reader methods.
