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Dynex Agility Automated ELISA Systems

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High throughput, fully automated Dynex Agility ELISA machine. Made in the USA.

Tell us your monthly, quarterly, or annual test volume and we'll include a quote on reagents too, so your reagent budget is predictable and easy to manage.

Get the total cost of ownership for your Dynex Agility in 90 minutes.

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    ​ Easily reorder reagents and American-made parts.
    ​ Enjoy the fair price promise.
    ​ Take pressure off your budget (and yourself)

                  

    Product Code: DA-AES-1


    2.5x Faster throughput than the conventional or manual method of many assays

    Looking to upgrade from an old system or manual process to an automated ELISA testing system?

    ​

    Dynex Agility ELISA processing systems are ideal cost-conscious options for labs that need to reduce human error and increase throughput.

    1. Maintenance is easy
    ​2. Operators prefer automated to manual assays
    3. labs can increase throughput, reduce human error, and increase profitability by switching from manual to automated Dynex Agility ELISA machines.

    Tell us your monthly, quarterly, or annual test volume and we'll include a quote on reagents too, so your reagent budget is predictable and easy to manage. 

    See your quote in 90 minutes



    Why upgrade from manual assays to the fully automated Dynex Agility?

    Manual ELISA testing is labor intensive, time consuming, with results that are prone to human errors. 
    Upgrading to an automated ELISA system offers numerous advantages that make every day in the lab less stressful and more productive.


    Reduced hands-on time

    Significantly reduce hands-on time by automating sample preparation, incubation, washing, and detection steps.
    This allows technicians to focus
    on other critical tasks.


    Increased throughput

    Enable the processing of a higher number of samples simultaneously via automation, increasing overall lab productivity and enabling more tests to be run in less time.


    Consistency

    Ensure precise pipetting, consistent incubation times, and uniform washing, reducing variability and enhancing the reliability of results.


    Minimize errors

    Minimize human errors, such as pipetting inaccuracies and timing mistakes, leading to more consistent and accurate data.


    Real-time alerts

    Real-time alerts for gross-pipetting errors and automated result calculations ensure high-quality outputs and reduce the need for repeat tests.


    Traceability and verification

    Built-in traceability and verification processes ensure compliance with regulatory standards and provide peace of mind.

    Request a quote today to see how the Dynex Agility can make your lab easier to work in and easier to run.

    See your quote in 90 minutes


     We use one of these Dynex ELISA machines and I can say they are very helpful especially because we have more than 70 probes a day.

    One analysis takes between 1-4 hours depending on the type of analysis but you only have to mount the reagents in the beginning and everything else is automatic from pipetting to measuring to analyzing.

    I almost never run into any problems with the system which cannot be solved immediately and maintaining the system is not really time-consuming nor difficult.

    The probe preparation is not difficult either.

    I would say the system is user-friendly and helpful. Compared to our legionella assay, which we do manually, an automated system is extremely helpful. 

    - Med Lab Technician


    A Dynex Agility ELISA machine lowers your operational costs 

    Automated ELISA processes reduce human error, improve result consistency, and increase throughput.
    Your lab can also save significant consumable costs and optimize the use of your human resources with the Dynex Agility system.

    Save on reagents

    Optimize the use of reagents and consumables, so your lab saves on monthly expenses.

    Reduce labor costs

    Less manual intervention means your technicians are less likely to get operator burnouts. Instead, they can focus their energies on activities that require human interpretation.

    Future-proof your operations

    Handle various assays and volumes, offering flexibility and scalability to meet changing lab demands.

    Customize your solution

    Handle various assays and volumes, offering flexibility and scalability to meet changing lab demands.

    Get your quote and ask us to include reagents (tell us your monthly, quarterly, or annual volume) to make the annual cost of ownership of your Dynex Agility predictable.

    ​​Request a quote on your Dynex Agility now


    Dynex Agility and other Dynex ELISA analyzer models

    Dynex Agility - for busy labs that need to reduce manual assays

    Designed for high-volume processing, the Dynex Agility system lets you run multiple simultaneous ELISA tests with long walk-away time.

    It reduces hands-on time by up to 60% and increases your current ELISA testing capacity.

    If your lab needs to scale up throughput, you can recover the cost of your Dynex Agility within 2 years via your increased capacity.



    Run multiple ELISA tests simultaneously on Dynex Agility

    Dynex DSX - multi-tasking analyzer with medium throughput

    The DSX system handles various assays and volumes simultaneously, delivering the speed and accuracy your lab demands.

    Advanced automation features at every stage of the workflow provide the walk-away productivity that modern laboratories need.


    Dynex DXS offers flexibility to your ELISA testing process

    Dynex DS 2 - Compact, small footprint automation ELISA processor

    The DS2 system is perfect for smaller labs with limited space.

    Despite its small footprint, the DS2 significantly enhances productivity and ensures fast and accurate results.


    Dynex DS2 compact automated ELISA system



    Get your quote in 90 minutes and complete your budget today

    Turn your old instruments into new budget! 

    Sell us your instruments and the cost of your Dynex Agility becomes even more manageable.
    We take all the burden out of selling your unneeded lab equipment.



    We give you a competitive value on your equipment based on set parameters 


    You get a clear payment timeframe and no hidden clauses 


    We assist with the decontamination plus we arrange
    and pay for all shipping changes. Your process is hassle free.
    Click here to find out how much your equipment is worth


    Dynex Agility

    Physical Specifications
    Dimensions Metric Non Metric
    Width: 125 cm 50 in
    Depth: 90 cm 36 in
    Height: 123 cm 49 in
    Footprint: 1.19 sq m 12.5 sq ft
    Bench Weight: 213 kg (max.) 469 lbs (max.)
    Ship Weight: 296 kg (max.) 650 lbs (max.)
    Noise Output: < 70dB
     
    Power Supply Requirements
    Voltage 100 – 240 V automatic conversion
    Frequency 50/60 Hz
    Power Consumption Typically 400 VA (online UPS required)
    System Specifications
    Number of Plates 12 (additional continuous load capability
    Sample Capacity 200 (additional continuous load capability)
    Continuous Sample Loading Yes
    Sample Tube Size 10 mm - 17 mm diameter / 45 mm - 100 mm height
    Number of Reagents Up to 16 different SmartKit® reagent packs simultaneously (additional packs can be added using continuous load capability)
    Number of Standard/Control Bottles Included in each SmarKit reagent pack
    Dilution Wells Capacity Up to 384 deep-well strips (48 x 8)
    Sample Tip Capacity Up to 2,240 (20 × 112 with additional continuous load capability)
    Reagent Tip Capacity Up to 98 tips (additional continuous load capability)
     
    Reader Specifications
    Photometric Range 0.000 - 3.500 OD
    Spectral Range 405 nm - 690 nm
    Filter Slots 6 wavelength
    Precision ±0.010 0D at 0.000 - 0.500 OD
    < < 1% CV at 0.501 - 2.000 OD
    < < 1.5% CV at 2.001 - 2.500 OD
    Accuracy ±0.01 or 2.5%
    (0.000 - 3.000 OD) whichever is greater
    Read Time < 30 seconds, single wavelength
    < < 50 seconds, dual wavelength
     
    Washer Specifications
    Manifold Configuration 8-way wash head
    Programmable Volumes 50 μL – 999 μL
    Wash Buffer Capacity 4 wash bottles at 3.0 L with quantitative level-sensing
    Residual Wash Volume < 3 µl per well with dual-axis sweep in a flat-bottom well
    Dispense Precision ≤ 5% CV (with 300 µl in a 96 well plate)
    Waste Container 10 L with quantitative level-sensing
     
    Incubator Specifications
    Number of Incubators: 12 (6 ambient/6 elevated)
    Temperature Range: RT + 4° C to 45° C (elevated incubator)
    < RT + 4° C (ambient incubator)
    Temparature Accuracy ± 1°C
    Shaking 14 Hz periodic or continuous
    Temperature Monitoring Yes
     
    Regent Pipetting Specifications
    Reagent Tip Size: 1.200 µL
    Reagent Pipetting Volume 20 µL - 1,200 µL
    Reagent Pipetting Precision: ≤ 3% CV at 10 shots at any volume in operating range
    Reagent Pipetting Accuracy: ±2% of target volume (single-shot mode)
    Sample Pipetting Specifications
    Sample Tip Size 300 µL
    Sample Pipetting Volume: 10 µL - 300 µL
    Sample Pipetting Precision ≤ 3% CV (at any operating volume above 10 µL)
    Time to Dispense 11 minutes (typical) 50 µl of 96 samples to plate from sample tubes or deep-well plates
    Sample Pipetting Accuracy ±2% of target volume
    Dilution Range 1 part in 190 one-stage dilution
    < 1 part in 36,100 two-stage dilution
     
    Process Security
    Liquid Level Sensing Yes (reagents, controls and samples)
    Level Sensor System Pressure Differential
    Clot Detection Yes
    Dispense Anomaly Detection Yes
    Tip Detection Yes
    Electronic Signature Pipetting Yes
    Alarms Yes
     
    Software
    Controlling Software Agility Software
    Work Protocols (Assays): Unlimited
    Data Processing Quantitative & qualitative
    Levey-Jennings Yes
    Westgards Rules Yes
    Process Reporting Event log + Error log
    Automatic Error Recovery Yes
    Password Access Control Yes

    Attributes and specifications subject to change without notice.

    Dynex DSX

    Physical Specifications
    Dimensions Metric Non Metric
    Width: 106 cm 42 in
    Depth: 91 cm 36 in
    Height: 80 cm 32 in
    Footprint: 0.98 sq m 10.5 sq ft
    Bench Weight: 136 kg (max.) 300 lbs (max.)
    Ship Weight: 244 kg (max.) 537 lbs (max.)
    Power Supply Requirements
    Voltage 100 – 240 V automatic conversion
    Frequency 50/60 Hz
    Power Consumption < 800 VA (online UPS recommended)
    System Specifications
    Number of Plates 4
    Sample Capacity 96 (98 positions available)
    Continuous Sample Loading Yes
    Sample Tube Size 10 mm – 16 mm diameter / 40 mm – 100 mm height
    Number of Reagents Up to 24 (25 mL tubes)
    Number of Standard/Control Bottles 33 (1.5 mL vials)
    Assays per Plate 1 assay per strip or up to 12 assays per plate
    Dilution Wells Capacity Up to 192 deep-well strips (24 x 8)
    Sample Tip Capacity 432 (4 x 108)
    Reagent Tip Capacity 41 tips
    Reader Specifications
    Photometric Range 0.000 – 3.000 OD
    Spectral Range 405 nm – 690 nm
    Filter Slots 6 wavelength
    Precision ± 0.010 OD at 0.000 – 0.500 OD
    < 1% CV at 0.501 – 2.000 OD
    < 1.5% at 2.001 – 2.500 OD
    Accuracy ± 0.01 OD or 2.5%
    (0.000 – 3.000 OD) whichever is greater
    Read Time < 10 seconds, single wavelength
    < 20 seconds, dual wavelength
    Washer Specifications
    Manifold Configuration 8-way
    Programmable Volumes 50 μL – 999 μL
    Wash Buffer Capacity 4 wash bottles at 2.0 L, with level-sensing
    Residual Wash Volume < 3 μL per well with dual-axis sweep in a flat-bottom plate
    Dispense Precision ≤ 5% CV (with 300 μL in a 96 well plate)
    Waste Container 8 L with waste full sensor
    Incubator Specifications
    Number of Incubators: Up to 4
    Temperature Range: RT + 7°C to 50°C (elevated incubator)
    <RT + 5°C (ambient incubator)
    Temparature Accuracy ± 1°C
    Shaking > 15 Hz periodic or continuous
    Temperature Monitoring Yes
    Regent Pipetting Specifications
    Reagent Tip Size: 1,300 µL
    Reagent Pipetting Volume 25 μL – 1,000 μL
    Reagent Pipetting Precision: ≤3% CV at 10 shots at any volume in operating range above 50 µL
    Reagent Pipetting Accuracy: ± 2% of target volume at 50 µL or greater in operating range (single-shot mode)
    Sample Pipetting Specifications
    Sample Tip Size 300 µL
    Sample Pipetting Volume: 10 µL – 250 µL single-shot / 25 µL – 100 µL multi-shot
    Sample Pipetting Precision ≤ 3% CV at any operating volume above 10 µL (single-shot mode)
    Estimated Cycle Time for Sample Pickup to Delivery on Plate < 8 seconds
    Time to Dispense 19 minutes (typical)
    < 50 µL of 96 samples to plate from sample tubes or deep-well plates
    Sample Pipetting Accuracy ± 2% of target volume at any operating
    Sampling Time w/ Dilutions < 26 minutes (typical)
    Dilution Range 1 part in 190 one-stage dilution
    < 1 part in 36,100 two-stage dilution
    Process Security
    Liquid Level Sensing Yes (reagents, controls and samples)
    Level Sensor System Pressure Differential
    Clot Detection Yes
    Dispense Anomaly Detection Yes
    Tip Detection Yes
    Electronic Signature Pipetting Yes
    Alarms Yes
    Software
    Controlling Software REVELATION DSX®
    Work Protocols (Assays): Unlimited
    Data Processing Quantitative & qualitative
    Levey-Jennings Yes
    Westgards Rules Yes
    Process Reporting Event log + Error log
    Automatic Error Recovery Yes
    Password Access Control Yes

    Attributes and specifications subject to change without notice.

    Dynex DX2

    Physical Specifications
    Dimensions Metric Non Metric
    Width: 54 cm 21 in
    Depth: 68 cm 27 in
    Height: 66 cm 26 in
    Footprint: 0.36 sq m 3.9 sq ft
    Bench Weight: 48 kg (max.) 105 lbs (max.)
    Ship Weight: 78 kg (max.) 170 lbs (max.)
    Noise Output: < 78dB
    Power Supply Requirements
    Voltage 100 – 240 V automatic conversion
    Frequency 50/60 Hz
    Power Consumption < 300 VA
    System Specifications
    Number of Plates 2
    Sample Capacity 100 per load
    Continuous Sample Loading Yes
    Sample Tube Size 10 mm – 16 mm diameter / 40 mm – 100 mm height
    Number of Reagents Up to 8 (25 mL tubes) / Up to 10 (15 mL tubes)
    Number of Standard/Control Bottles 24 (2 mL vials)
    Assays per Plate Up to 12
    Dilution Wells Capacity Up to 96 deep-well strips (12 x 8)
    Sample Tip Capacity 216 tips (2 x 108)
    Reagent Tip Capacity 20 tips
    Reader Specifications
    Photometric Range 0.100 – 3.0 OD
    Spectral Range 405 nm – 690 nm
    Filter Slots 6 wavelength
    Precision < 1% CV (< 2.0 OD)
    < < 2% CV (2.0 – 3.0 OD)
    Accuracy ± 0.005 OD or 2.5%
    (0.000 – 3.000 OD) whichever is greater
    Read Time < < 30 sec (single wavelength)
    Washer Specifications
    Manifold Configuration 8-way
    Programmable Volumes 50 μL – 1000 μL
    Wash Buffer Capacity 2 wash bottles at 2 L, with level-sensing
    Residual Wash Volume < < 3 μL with super sweep
    Dispense Precision ≤ 5% CV (with 300 μL in a 96 well plate)
    Waste Container 1 x 1.5 L
    Incubator Specifications
    Number of Incubators: 2
    Temperature Range: Ambient + 4° C to 40° C
    Temparature Accuracy ± 1° C across plate @ 37° C
    Shaking Independent linear motion 14 – 20 Hz (periodic or continuous)
    Temperature Monitoring Yes
    Regent Pipetting Specifications
    Regent Tip Size: 1,300 µL
    Reagent Pipetting Volume: 20 μL – 1,000 μL
    Reagent Pipetting Precision: < 3% CV at any operating volume above 20 uL (single-shot mode)
    Sample Pipetting Specifications
    Sample Tip Size 300 µL
    Sample Pipetting Volume: 10 µL – 250 µL
    Sample Pipetting Precision ≤ 3% CV (at any operating volume above 10 µL)
    Dilusion Range 1 part in 199 one-stage dilution
    <1 part in 39,601 two-stage dilution
    Process Security
    Liquid Level Sensing Yes (reagents, controls and samples)
    Level Sensor System Pressure Differential
    Clot Detection Yes
    Dispense Anomaly Detection Yes
    Tip Detection Yes
    Electronic Signature Pipetting Yes
    Alarms Yes
    Software
    Controlling Software DS-Matrix®
    Work Protocols (Assays): Unlimited
    Data Processing Quantitative & qualitative
    Lever-Jennings Yes
    Westgards Rules Yes
    Process Reporting Event log + Error log
    Automatic Error Recovery Yes
    Password Access Control Yes

    Attributes and specifications subject to change without notice.