Syncore­Plus

Synchronized sample solutions

Our parallel evaporation instruments offer synchronized sample solutions in two configurations: SyncorePlus Analyst lets you evaporate samples to a specified volume as a pre-analytical step. SyncorePlus Polyvap enables the highest sample throughput.

  • Concentration to final volume:0.3 mL, 1.0 mL, 3.0 mL
  • Rotation speed:60 - 400 rpm
  • Temperature range:20 - 100 °C
SyncorePlus

Unattended operation

SyncorePlus is fully automated and easy to use, allowing you to perform parallel evaporation with minimal supervision, freeing your time for other tasks. Process automation ensures the highest analytical precision and safety standards of our synchronized sample solutions.

Unattended operation

Gentle evaporation conditions

Perform a fast and gentle evaporation process with vacuum-vortex evaporation that ensures the protection of volatile and heat-sensitive analytes, even when using high boiling point solvents such as water, DMSO, or DMF. Decreasing pressure to reduce the boiling point improves energy efficiency.

Gentle evaporation conditions

Safe and environmental friendly

  • Our sophisticated condenser system and highly efficient peripheral instruments ensure the safety of users and the environment.
  • The secondary condenser prevents vapor from leaking into the atmosphere. 
Safe and environmental friendly

Features

  • We designed SyncorePlus Analyst to accommodate your specific workflow and sample requirements. Safely and efficiently concentrate up to 12 samples to a predefined residual volume, ranging from 0.3 mL, 1 mL, to 3 mL per sample. With interchangeable racks and a wide range of accessories, create the perfect system for your needs. 

    Flexibility & Adaptability
  • Intelligent design ensures recoveries and enhances sustainability and safety. Individual sample sealing and the use of inert materials inhibit cross-contamination. Additionally, a cooled appendix protects heatsensitive analytes. This unique design ensures safety, with no loss of volatile compounds. 

    Intelligent design for sustainability & safety
  • Using our Flushback Module enables you to achieve the highest analyte recoveries and most reliable results. The Flushback Module for the R-6 and R-12 rack improves recovery rates by flushing back analyte that adheres to the glass walls with condensed vapor during the evaporation process. For a direct view of the entire evaporation process, you can use an additional Crystal Rack for the R-4 and R-6 racks.

    Enhance your efficiency
  • We offer a broad selection of racks to accommodate any workflow or throughput; from our specially designed Crystal Racks that come in four or six positions and provide full visibility of the sample during evaporation; to our EasyFill Racks that come in 12, 24, 48, and 96 positions. Increase productivity, save energy, and reduce costs with our numerous parallel evaporation solutions. 

    Interchangeable racks
  • Our instruments can accommodate BUCHI’s Polyvap glass tubes of all sizes in 4, 6, and 12 rack positions with working volumes ranging from 0.5 mL to 500 mL. Additionally, third party test tubes are compatible with our 24, 48, and 96 position racks. Thanks to its vacuum vortex technology, our SyncorePlus Polyvap «Throughput» significantly improves sample throughput gently and economically. 

    Volume versatility

Compare the SyncorePlus

  • SyncorePlus Analyst

    • Evaporation method:Concentration to final volume
    • Number of samples:12
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:Yes
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Analyst

    • Evaporation method:Concentration to final volume
    • Number of samples:12
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:Yes
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Analyst

    • Evaporation method:Concentration to final volume
    • Number of samples:6
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:Yes
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Analyst

    • Evaporation method:Concentration to final volume
    • Number of samples:6
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:Yes
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Analyst

    • Evaporation method:Concentration to final volume
    • Number of samples:4
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:Yes
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Analyst

    • Evaporation method:Concentration to final volume
    • Number of samples:4
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:Yes
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:12
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:12
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:4
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:4
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:6
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:6
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:24
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:24
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:48
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:48
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:96
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
  • SyncorePlus Polyvap

    • Evaporation method:Evaporation to dryness
    • Number of samples:96
    • Concentration to final volume of 0.3 mL, 1.0 mL, 3.0 mL:No
    • Maximum temperature main unit:100 °C
    • Maximum temperature cover:70 °C
    • Rotation range:60 - 400 rpm
The SpeedExtractor in combination with SyncorePlus makes day-to-day work in the laboratory easier due to unmatched ease of use and efficiency. The parallel design of both instruments allows for fast analysis during a working day. It is the key for cost-efficient analytical methods at a high quality level, performed in a short time.Dr. Saverio Iozza, Team Leader - TESTEX AG

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Applications

Meeting the demands of your industry

Our latest parallel evaporation instruments are truly modern industry solutions. Increased automation and the ability to process multiple samples in parallel increases efficiency, accuracy, safety, and limits repetition. Designed with versatility and reliability in mind, both SyncorePlus and Multivapor™ are parallel evaporation workhorses that can fit into any workflow.
  • Academia / Education

    For different applications in research as well as for academic education: Drying, Concentration, Solid phase extraction.

    Academia / Education
  • Chemical

    For every day’s routine application in quality control , as well as in research and development laboratories where many samples need to be prepared simultaneously: Drying, Concentration.

    Chemical
  • Feed

    For parallel evaporation in quality control as well as in development of ingredients: Concentration.

    Feed
  • Food / Beverage

    For parallel evaporation in quality control as well as in development of ingredients: Concentration, Solid phase extraction.

    Food / Beverage
  • Pharmaceutical

    For quality control in pharmaceutical industry and in the development of new components: Drying, Concentration, Solid phase extraction.

    Pharmaceutical
  • Environmental Analysis

    For a fast and efficient sample concentration in order to monitor the pollution of the environment: Concentration, Solid phase extraction.

    Environmental Analysis