• SizeX100
  • SizeX150
  • SizeX750
  • SizeX1000
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    View and download our product sheet below:

  • Automated Desalting Proteins and Peptides

    • SizeX100

    Product Description: Catalog Number
    Sample Volume : 100 μL - 1 mL Hamilton tips - Rack of 96 02-TK-H6（R76-220-96）
    Sample Volume : 100 μL - 1 mL Tecan FCA tips - Rack of 966 02-TK-T1（R76-220-96）
    Sample Volume : 100 μL - 1 mL Dynamic Devices tips - Rack of 96 02-TK-D1（R76-220-96）

    SizeX150

    Product Description: Catalog Number
    Sample Volume : 150 μL - 1 mL Hamilton tips - Rack of 96 02-TK-H6（R76-350-96）
    Sample Volume : 150 μL - 1 mL Tecan FCA tips - Rack of 966 02-TK-T1（R76-350-96）
    Sample Volume : 150 μL - 1 mL Dynamic Devices tips - Rack of 96 02-TK-D1（R76-350-96）

    SizeX750

    Product Description: Catalog Number
    Sample Volume : 750 μL - 5 mL Dynamic Devices tips - Rack of 24 02-TK-D5（R76-2000-24）

    SizeX1000

    Product Description: Catalog Number
    Sample Volume : 1000 μL - 5 mL Dynamic Devices tips - Rack of 24 02-TK-D5（R76-2600-24）

    Product Compatability

    SizeX IMCStips can process samples in both solubilizing and denaturing conditions. The ionic strength of the sample and eluant should be at least 20 mM to eliminate the effect of negatively charged groups on the sorbent. For protein separation, buffers with > 50 mM ionic strength is recommended. Compatibility chart below includes chemical examples but not limited to the list. Avoid strong oxidizing agents when using this product.

    Compatability Examples
    pH 2-10
    Temperature 4-80°C
    Alcohol Up to 20 percent
    Chaotropic agents Up to 6-M guanidine
    Reducing agents Dithiothreitol, Mercaptoethanol
    Detergents Sodium dodecyl sulfate (SDS), CHAPS, Triton X-100
    Volatile buffer salts Pyridine, acetic acid, ammonium formate, ammonium bicarbonate
  • Evaluation of Automated MAM Sample Preparation Utilizing SizeX IMCStips® on Hamilton Robotics
  • Automated Protein Purification using Hamilton Microlab STAR® with Various Wet Resins to Achieve Miniaturized Laboratory Workflow with High Consistencies
  • Enhanced Recovery of Trypsin Digested Proteins Using Dispersive Pipette Extraction for Downstream Proteomic Analysis
  • Expanding Functionality of Automated Liquid Handling Systems by Incorporating INtip Chemistries for High Throughput Protein Purification