Solid Phase Extraction (SPE) Instrument DRK-SPE216

Short Description:

DRK-SPE216 automatic solid phase extraction instrument adopts a modular suspension design. It relies on a precise and flexible robotic arm, a multifunctional injection needle, and a highly integrated piping system.


  • FOB Price: US $0.5 - 9,999 / set
  • Min.Order Quantity: 1 set/sets
  • Supply Ability: 10000 set/sets per Month
  • Product Detail

    Product Tags

    DRK-SPE216 automatic solid phase extraction instrument adopts a modular suspension design. It relies on a precise and flexible robotic arm, a multifunctional injection needle, and a highly integrated piping system, which greatly improves the efficiency of sample pretreatment and brings you easy and convenient Work experience.
    New experience:
    ·Innovative three-dimensional four-axis mechanical arm design, taking into account flexible movement and precise positioning, can continuously process 52 samples;
    ·Pan plug sealing technology cooperates with H-axis compression block to realize high-pressure sealing and ensure the parallelism and reproducibility of samples;
    ·Highly integrated sample pump and piping system, compatible with large and small sample processing;
    ·Remote real-time monitoring, avoid contact with organic reagents during the experiment, and protect the health of operators;
    ·On-line concentration, on-line anhydrous sodium sulfate dewatering, making automation more thorough;
    ·Efficient cleaning technology, effectively avoiding cross-contamination.
    Main functions and features
    Number of channels:
    The instrument host adopts a modular design, supports the number of on-site upgrade channels, and supports
    1/2/4/6/8 multiple channel combinations;
    Continuous processing capacity:
    Maximum continuous processing of 52 samples;
    Robotic arm:
    The X/Y/Z/H three-dimensional four-axis mechanical arm design takes into account flexible movement and precise positioning, and the operating noise is less than 50dB. X/Y axis linkage improves operation efficiency; H axis is used to seal the extraction column to ensure the parallelism and reproducibility of samples;
    Sample pump:
    Accurate sampling, solvent corrosion resistance, high pressure resistance (pressure resistance above 1Mpa), and compatible with large and small sample loading;
    Injection needle:
    316L stainless steel material, solvent corrosion resistance; support liquid level following function; unique side-bottom opening method to ensure that all samples are loaded; highly integrated functions, can be used for liquid channels, gas channels, and also used for extraction column sealing;
    Puncture sampling:
    It can realize puncture sampling, avoid sample volatilization loss, protect the health of operators, and be green and environmentally friendly;
    Remote connection and control:
    The instrument is equipped with a router as standard, which can be connected via Wi-Fi or a network cable, which fully realizes the whole process of automation and unattended operation;
    Sample volume and receiving volume:
    All products support 10-20ml sample tubes, 50ml and larger sample tubes within two channels; receiving volume 10-15ml, 50ml and larger collection tubes within two channels;
    Emergency stop button:
    The instrument has an emergency stop button, which can be stopped in an emergency with one button to maximize user safety;
    Flow rate control:
    The instrument achieves high-pressure sealing through independent sealing cover and pan-plug sealing docking technology. At the same time, each channel is equipped with a pressure sensor, and the push column pressure realizes closed-loop fuzzy control, so that the solution passes through the extraction column at the set flow rate, ensuring good parallelism and reproducibility ;
    Pressure Sensor:
    With overpressure alarm and termination of the experiment function;
    Solvent management system:
    Support 8 kinds of reagents; real-time monitoring, prompt of insufficient remaining capacity;
    Infiltration and incubation:
    After the activation solvent or the elution solvent is loaded on the extraction column, the liquid level can be kept above the packing for a certain period of time to ensure full activation or elution, and to ensure that the ideal experimental results are obtained;
    Cleaning mode:
    Nitrogen purge, solvent cleaning, blowing and stirring cleaning and other modes are used to clean the inner and outer walls of the sample needle to avoid cross-contamination;
    Waste discharge channel:
    Support environmentally friendly recycling of waste liquids, and realize separate treatment of waste liquids of different properties;
    Extraction column specifications:
    Compatible with conventional l/3/6/12ml extraction columns, other specifications of extraction columns can be customized according to requirements;
    Multi-scheme extraction:
    Support different specifications of extraction columns and different processing items to set up and run at the same time, without waiting, improve the efficiency of continuous processing;
    A/B column extraction:
    Support multiple modes of string column extraction, and automatically identify the A/B column extraction scheme;
    On-line drying/dewatering:
    Support dual modes of nitrogen purge and online anhydrous sodium sulfate dewatering;
    Online enrichment:
    Support in-situ nitrogen purging and concentration, the concentration time can be edited, and the auxiliary concentration can be realized automatically;
    Large volume injection:
    Support the continuous and stable loading of samples above 500ml, without interruption, particle wear resistance, corrosion resistance, without any consumables and regular maintenance;
    cloud service:
    Support upload and download plans and parameters; support online technical support and communication;
    Remote monitoring:
    The instrument is equipped with a router as standard, which can be connected remotely via WiFi or network cable, which fully realizes the whole process of automation and unattended operation;
    Appointment start:
    After the experiment plan is edited, you can make a self-booking start time according to the analysis instrument machine time;
    Intelligent self-check and alarm:
    After the parameter setting is completed, the software self-checks whether there is a logic error, and promptly reminds the modification; the intelligent fault alarm system chooses to continue or stop according to the fault level;
    Technical Parameter

    Model SPE216
    Number of channels 4
    Channel independent control support
    Sample pump Precise continuous syringe pump
    Pump flow rate 0.1~120ml/min
    Type of solvent 8 kinds, 500ml independent solvent bottle
    Loading volume 0.1ml~20l
    Sample tube volume 10/20ml, other
    Receiving volume 10/15ml, other
    Puncture sampling support
    Sample/solvent loading method X/Y/Z three-dimensional robotic arm
    Robotic arm accuracy 0.01mm
    Sealing technology Independent sealing cover and pan plug sealing butt technology
    Extraction mode Positive pressure extraction
    Extraction column pressure 0-145psi
    Pressure sensing Support, overpressure alarm, editable threshold (5-145psi)
    Drying method Dual modes of nitrogen purge and online anhydrous sodium sulfate dewatering
    Online enrichment Support
    Waste liquid collection Split collection, 3 channels
    String column Support, A/B column
    Cleaning mode Various modes such as nitrogen purge, clear solvent, blowing and stirring cleaning, etc. are used to clean the inner and outer walls of the sample needle
    Level following support
    Solvent remaining capacity Real-time monitoring, reminder of insufficient remaining capacity
    Size 1005mmx622mmx720mm
    Voltage AC220/110V±10% 50~60Hz
    Operating 0~40ºC

     

    New trends in solid-phase extraction

    Solid-phase extraction using cartridge and disc devices is a widely used sample-preparation technique for isolation, concentration, clean-up and medium exchange. To meet the varied needs of contemporary applications, there is available an ever-increasing range of sorbent chemistries based on inorganic oxides, low-specificity (chemically bonded, porous polymer and carbon) and compound and group-selective (ion exchange, mixed mode, macrocyclic, restricted access, immunoaffinity and molecularly imprinted polymer) materials. Advanced device formats facilitate processing of problem samples combined with a high level of automation. Approaches to computer-aided method development promise to replace tedious trial-and-error procedures with fast simulations based on suitable kinetic and retention models.




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