Products and Services

K-Prep Lab, Pilot & Production Scale HPLC Systems from Kyoto Chromato

K-Prep series: Prep-HPLC system with preparative fraction collection

Our fully automated preparative liquid chromatographs are ideal for the isolation and purification of high-value substances such as drugs (API), additives, and fine-chemical products. Three basic types of systems are offered depending on your scale of operation.

Systems are available for purifications from lab through pilot to production-scale. Each system features:

K-Prep LAB

Application: For purposes such as discovery and development and investigation of commercial feasibility

K-Prep LAB
K-Prep LAB
Standard Specifications
Standard column size Diam. 20, 30, 50 and 100mm
Pump double plunger cam
Flow Rate 100, 300mL/min
Type single gradient
Detector ultra-violet spectrometer detector
Maximum Pressure 15MPa (100mL/min), 10MPa (300mL/min)
Pressure gauge digital pressure gauge (per PC)
Fraction 10ch (20ch)
Sample injection auto-injector
Control and display laptop PC or programmable computer
Options various

K-Prep FC

Application: Commercialization investigation or industrial use.

K-Prep FC
Standard Specifications
Standard column size Diam. 50, 100, 150 and 200mm
Pump double plunger cam
Flow Rate 500, 1000 mL/min
Type single gradient
Detector UV spectrometer detector
Maximum Pressure 10MPa
Pressure gauge digital pressure gauge (displayed on PC)
Fraction 5ch
Sample injection automatic (50mL, 100mL)
Control and display PC with touch-screen display
Options various

K-Prep EX

Application: Each unit is custom-designed. The control software runs on Window OS using a PC and is capable of automated operation. The system may be validated for operation in GMP environments. EX Systems may be configured for operation in hazardous areas.

K-Prep EX
Depicted in this photograph is an example system with a flow rate of 26L/min, a UV detector, and columns measuring 450mm in the internal radius.








Download K- Prep specifications (pdf, 1.04mb, Adobe Reader required).