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Centrifuge

CT-STATION SERIES
Specification

  • RPM

    15000rpm~21000rpm

  • Centrifugal effect

    17,000g~22,500g

  • Separation capacity

    500L/H~3,000L/H

  • Bowl capacity

    2L, 6L, 9L

  • Bowl Type

    Single-phase and three-phase separation

  • Bowl material

    SUS316L

  • Door Type

    Front Open Type

  • Main Body material

    SUS304

Feature
TUBULAR CONTINUOUS CENTRIFUGE — Technical Specification & Operating Principle

TUBULAR CONTINUOUS CENTRIFUGE (CT-Station)

High-speed continuous tubular centrifuge — engineered for precision separation, low shear, and maximized productivity in  bioprocessing applications.

15,000–21,000 RPM
High-speed rotation range
≤ 22,500×g
Maximum centrifugal force
Ra ≤ 0.4 μm
Electropolished surface roughness

Key Technical Features

High-Speed Rotational System
  • Dynamic balancing (ISO 21940) and low-vibration bearing structure ensure operational stability at ultra-high speeds.
  • Resonance-free design with real-time vibration monitoring system.
  • S-curve acceleration/deceleration to minimize mechanical fatigue and shear stress on biological materials.
Precision Machined Rotor & Tube
  • Monolithic SUS316L construction with electropolished (EP) finish for superior cleanliness and corrosion resistance.
  • Surface roughness Ra ≤ 0.4 μm improves washability and sterilization efficiency.
  • Fully compliant with GMP and ASME-BPE standards.
Intelligent Control System
  • Fully automated PLC control integrated with a 10” touchscreen HMI.
  • Real-time monitoring, alarm handling, trend visualization, and recipe storage functions.
  • OPC-UA & Modbus-TCP communication for seamless SCADA integration.
Continuous Process & Flow Control
  • Tubular chamber design enables continuous feed and discharge for large-scale bioprocessing.
  • PID-based flow control maintains constant residence time and stable process conditions.
  • Handles a wide range of viscosities and particle sizes with adaptive performance.
CIP/SIP Hygienic Design
  • Automated CIP cycle (pre-rinse → wash → neutral → rinse) for efficient cleaning.
  • SIP option (121 °C, 30 min) enables sterile operation without disassembly.
  • Dead-leg-free drain design for full compliance with hygienic standards.
Safety & Reliability
  • Automatic shutdown on vibration, overspeed, or temperature anomalies.
  • CE-compliant, pressure-tested enclosure for certified mechanical safety.
  • Automatic imbalance detection with interlock protection ensures secure operation.

Technical Specifications

ItemSpecification
Rotational Speed15,000–21,000 RPM (varies by model configuration)
Maximum Centrifugal ForceUp to 22,500×g
MaterialSUS316L (electropolished), Gasket: EPDM/FKM/FFKM
Surface FinishRa ≤ 0.4 μm (GMP compliant)
Process TypeContinuous feed and discharge tubular system
Control SystemPLC + 10” HMI with recipe/alarm/data logging features
CIP/SIPStandard CIP, optional SIP (121 °C)
Flow ControlPID feedback control with integrated flowmeter and pump
ElectricalAC 380–480 V, 50/60 Hz, 3-phase power

Operating Principle

Principle Overview

  • Centrifugal acceleration (a_c = ω²r) separates components by density — heavier particles migrate outward, lighter phases remain near the axis.
  • Continuous feed from the lower inlet maintains steady separation under constant dynamic conditions.
  • Solids adhere to the rotor wall and are removed through the front discharge port, while clarified liquid is discharged automatically.
Blue Engineering Insight:
Optimize separation by tuning RPM and flow rate (Q) according to target particle size (d50).
For increased viscosity, raise RPM by 5–10% or reduce Q for stable efficiency.

 

    Centrifuge Door

 

    Touch Control Panel

 

    Feeding Pump

 

 

 

 

。High-speed tubular centrifuge

。Front door opening for easy

   sludge collection

。Capable of up to 21,000 RPM

 

。10-inch touchscreen GUI interface

。Real-time monitoring and control system

。Intuitive operation and data recording functions

 

。Precision flow control supply system

。Stable, continuous raw material supply

。Capable of handling samples of various viscosities
Specification
CT-Station — Technical Specification

CT-Station — Technical Specification

High-speed continuous tubular centrifuge system by CENTRION BIOPROCESS

The CT-Station series combines European industrial design aesthetics with precision engineering. Built from high-grade SUS316L stainless steel and incorporating dynamic balancing technology, all models meet CE and GMP standards, ensuring maximum reliability and performance for industrial and bioprocessing applications.

Specification

Model CT-Station 2 CT-Station 6 CT-Station 9
Material (SUS Type) SUS316L (Electropolished, GMP Standard) SUS316L (Electropolished, GMP Standard) SUS316L (Electropolished, GMP Standard)
Front Access Design Front Door Open / CE Safety Lock Front Door Open / CE Safety Lock Front Door Open / CE Safety Lock
Rotational Speed 21,000 rpm (VFD Control) 16,000 rpm (VFD Control) 15,000 rpm (VFD Control)
Centrifugal Force (G) 22,500 G 21,000 G 17,000 G
Processing Capacity 600 L/h (High-Concentration Samples) 1,200 L/h (Medium-Scale Process) 2,500 L/h (Large-Scale Industrial)
Bowl Volume 2.7 L (Laboratory / Pilot Scale) 6 L (Pilot Scale) 9 L (Production Scale)
Weight 300 kg 480 kg 550 kg
Motor & Control System AC Servo Motor / Inverter Control / Real-Time RPM Feedback AC Servo Motor / PLC Control / Auto Stop AC Servo Motor / Full PLC Automation
Temperature Control Chamber Temperature Monitoring (RTD Sensor) PID Control (±1°C) Fully Automated PID Control (±0.5°C)
Vibration & Safety System Over-Vibration Sensor / Emergency Stop Auto Balancing / Safety Shutdown Dynamic Balancing / Self-Diagnostic System
※ Specifications are subject to change without prior notice for product improvement.

Ordering Information

Catalog No. Description
CC-CT-2 Industrial Continuous Centrifuge (Research & Pilot System)
CC-CT-6 Industrial Continuous Centrifuge (Medium-Scale Production Line)
CC-CT-9 Industrial Continuous Centrifuge (Large-Scale Industrial / Bioprocess System)
© CENTRION BIOPROCESS — CT-Station Technical Specification
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Application
CT-Station — Application Fields

CT-Station — Application Fields

Advanced industrial and biotechnological applications of the Tubular Continuous Centrifuge

Applications

The CT-Station continuous tubular centrifuge delivers high-efficiency separation and purification performance across diverse industries. It plays a vital role in biotechnology, pharmaceuticals, food processing, chemicals, and environmental engineering sectors.

Biopharmaceutical Production

Enables efficient separation of cells, debris, and viral particles from vaccines, therapeutic proteins, enzymes, and cell cultures, enhancing purification quality and productivity.

Uniform high-speed separation and continuous operation make it ideal for large-scale culture harvesting and protein recovery processes.

Fermentation and Cell Culture Processes

Used for solid-liquid separation of microbial or mammalian cell cultures, providing superior performance in post-fermentation cell harvesting and impurity removal.

Integrates seamlessly with CIP systems for automated cleaning and continuous separation in pilot or industrial-scale bioprocesses.

Food and Beverage Industry

Removes yeast, solids, and impurities from enzyme solutions, probiotics, protein beverages, beer, and wine, improving product clarity and quality.

Adjustable speed and temperature control allow process optimization tailored to product-specific requirements.

Fine Chemical and Nanomaterial Industry

Applied for purification and separation of high-purity compounds, catalysts, and nanoparticles, providing exceptional efficiency in particle dispersion and concentration control.

Precise centrifugal control enables particle-size-dependent separation with excellent process reproducibility.

Environmental and Wastewater Treatment

Used for sludge concentration, dewatering, and micro-particle removal in wastewater treatment. Continuous operation maximizes throughput efficiency.

Performs stably even with high solid-content samples, offering reduced maintenance costs and high operational reliability.

Pilot and Research Applications

Essential equipment for process optimization, sample testing, and technology development in pilot-scale and laboratory environments.

Flexible design allows processing of samples with varying viscosities and densities, supporting advanced R&D experimentation.