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GE AKTA Start FPLC System
Flow Rate Range 0.5 to 5 ml/min
Maximum Operating Pressure 0.5 MPa (72 psi)
Single Wavelength Detection 280 nm ± 3 nm
- Compact solution for quick and reliable one-step protein purification
- Sample injection and fraction collection options
- Quick start methods and templates for common purification techniques
- Intuitive touchscreen display and real-time monitoring
- Allows for easy data storage and analysis with USB support and .bmp result viewing
- Built-in diagnostics and help functions for a dependable and effortless purification experience
The GE AKTA Start FPLC System is a compact, preparative chromatography solution tailored for efficient laboratory-scale protein purification. Designed with a user-friendly interface, it simplifies the transition to automated purification with its intuitive design, clear flow path, and easy operation. The system includes a peristaltic pump with a four-roller head to ensure smooth flow, supporting a range of 0.5 to 5 ml/min for operation and up to 10 ml/min for wash flows. It boasts accurate and precise flow rates, with a maximum pressure capacity of 5 bar. Suitable for a viscosity range of 0.6 to 5 cP, it incorporates solenoid switch valves for buffer, sample, and wash management, along with a rotary-type manual injection valve. The AKTA Start can operate with gradient flows from 0.5 to 5ml/min and maintains gradient composition accuracy within ± 5%.
Equipped for real-time monitoring, it features a single wavelength UV detection at 280 nm and a conductivity range of 0 to 300 mS/cm, ensuring accurate assessment of the purification process. The system can handle a variety of fraction volumes up to 15 ml across several vessel types and is complemented by the Frac30 fraction collector for versatile sample collection. Designed for convenience, it includes a static mixer volume of 0.4 ml and a low delay volume of 0.49 ml, optimizing sample processing. The temperature monitoring capabilities range from 4°C to 35°C, accommodating various experimental conditions.
Additionally, the GE AKTA Start FPLC System emphasizes ease of use and flexibility in laboratory environments. Its compact size and light weight make it easily portable, suitable for both benchtop and cold-room operations within a temperature range of 4°C to 35°C. The system's touchscreen display offers an intuitive user interface, allowing researchers to quickly start purification processes using pre-defined methods or by creating custom methods tailored to their specific needs. For those seeking to extend the capabilities of the system, it seamlessly integrates with UNICORN Start software for advanced experiment design, real-time monitoring, and data analysis. The inclusion of USB support for data storage and the ability to view results in .bmp format without specialized software further underscores the system's user-centric design. With its robust technology, including UV detection and built-in diagnostics, the AKTA Start is a reliable tool for researchers looking to streamline their protein purification workflows, ensuring quick, reliable results with minimal setup time.
All of our equipment is fully tested to perform at factory specifications before being shipped.
The GE AKTA Start FPLC System includes:
- > Frac30 Fraction Collector
- > UV Lamp & Detector
- > Conductivity Flow Cell
- > Installation Calibration Report
- > Power Cords and Cables
- > Full 180 Day Parts and Labor Warranty
GE AKTA Start FPLC System Specifications
Pump Type
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Peristaltic pump. Single channel, Four roller pump head with low pulsation
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Flow Rate
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0.5 to 5 ml/min (operating range)
10 ml/min (wash flow)
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Flow Rate Accuracy
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Flow rate ≤ 1 ml/min: ± 15%
Flow rate > 1 ml/min: ± 10%
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Flow Rate Precision
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Flow rate ≤ 1 ml/min: ± 15%
Flow rate > 1 ml/min: ± 10%
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Pressure Range
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0 to 5 bar (0.5 MPa, 72 psi)
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Pressure Accuracy
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± 0.5 bar (0.05 MPa, 7.2 psi)
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Viscosity Range
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0.6 to 5 cP
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Static Mixer Volume
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0.4 ml
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Buffer, Sample, Wash, and Outlet Valves
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Solenoid-type switch valves, 3 ports
Buffer valve and sample valve: 2 in - 1 out
Wash valve and outlet valve: 1 in - 2 out
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Injection Valve Type
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Rotary-type manual valve
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Injection Valve Function
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Sample injection through loop
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Injection Valve Ports
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6
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Gradient Flow Range
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0.5 to 5ml/min
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Gradient Composition Accuracy
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± 5%
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Pressure Sensor
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Located after the pump
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Wavelength Range
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280 nm ± 3 nm single wavelength
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Absorbance Range
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-0.1 to +2 AU
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Linearity
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Within ± 5% up to 1.5 AU
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Flow Cell
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2 mm optical path length, 2 μl cell volume (default)
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Conductivity Range
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0 to 300 mS/cm
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Conductivity Resolution
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1 mS/cm
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Conductivity Accuracy
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± 5% or ± 2 mS/cm (whichever is greater)
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Conductivity Flow-Cell Volume
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22 uL
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Temperature Monitor Range
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4°C to 35°C
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Temerature Monitor Accuracy
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± 10% or ± 5ºC (whichever is greater)
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Number of Fractions
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Up to 30
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Vessel Types
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1.5 ml/2 ml microcentrifuge tubes
5 ml tubes (12 × 75 mm)
12 ml tubes (17 × 100 mm)
15 ml tubes (17 × 118 mm)
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Fraction Volumes
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0.5 to 15 ml
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Delay Volume
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0.49 ml
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Dimensions (W x H x D)
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13.4 x 14.2 x 11 in. (34 x 36 x 28 cm)
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Weight
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28.7 lb. (13 kg)
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Electrical Requirements
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100-240V, 50/60Hz
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- Inspect all displays, replacing any dim or dead pixels to ensure optimal visual feedback
- Examine internal components of P-900, UV-900/UPC-900, and pH/C-900, replacing any malfunctioning parts to maintain performance
- Verify connections of all components via Uni-Net 1 & 2 interfaces for secure and reliable communication
- Check Uni-Net cables, replacing any faulty ones to ensure uninterrupted data transmission
- Inspect internal components of M-925, INV-907, PV-908, and PV-907 to confirm full operational functionality
- Replace all PEEK tubing with new OEM tubing and inspect all components within the flow path for potential clogs
- Confirm successful software interfacing with the FPLC system for seamless operation
- Replace pump piston seals, wash seals, and seal wash tubing, performing ultrasonic cleaning on each check valve in the pump flow path
- Calibrate pressure and flow rates of both the P-900 pump and P-960/950 pump (if applicable) for precise control
- Replace UV lamp and perform internal inspection tests to confirm complete functionality
- Install a new pH probe and verify the conductivity cell for accurate readings
- Calculate and adjust delay volume in software to reflect system configuration
- Clean or replace the drop sensor, accumulator wash, and height adjuster for consistent collection performance
- Verify fraction collector alignment and calibration with 15mL, 50mL, and microplate receptacles to ensure accuracy
- Run installation tests and thoroughly document all findings for comprehensive record-keeping
Technician Inspection and Recertification Checklist: FPLC Systems
The Following Checklist Is to Be Performed on All Incoming and Outgoing Equipment
Task
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Completed?
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Remarks?
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Inspect all displays and replace dim/dead pixels
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Completed
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Examine internal components of P-900, UV-900/UPC-900, and pH/C-900
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Completed
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Verify connections via Uni-Net 1 & 2 interfaces
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Completed
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Check and replace any malfunctioning Uni-Net cables
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Completed
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Inspect internal components of M-925, INV-907, PV-908, PV-907
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Completed
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Replace PEEK tubing with OEM tubing and check for clogs
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Completed
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Confirm software interfacing with FPLC system
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Completed
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Replace pump seals and wash tubing; clean check valves
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Completed
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Calibrate pressure and flow rates of P-900 and P-960/950 pumps
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Completed
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Replace UV lamp and confirm full functionality
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Completed
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Install new pH probe and verify conductivity cell
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Completed
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Calculate delay volume and update in software
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Completed
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Clean or replace drop sensor, accumulator wash, and height adjuster
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Completed
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Verify fraction collector alignment with 15mL, 50mL, and microplate receptacles
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Completed
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Run installation tests and document all findings
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Completed
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To View More of Our Recertification Protocol Click Here
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