CPC Biotech AseptiQuik STC II Series Connector

Combines the AseptiQuik sterile connector and the Steam Thru II SIP connector.

Select your options below…

{{ option.description }}
"{{ option.noLongerAvailable }}" is no longer a valid option. Please choose from the current set of options.
Need help? Call one of our experts at 1-800-795-6436. We’re open Mon - Fri / 8:00 AM - 5:00 PM ET.
Starting Price: $263.54
Selected Options: + ${{ calcAdditionalCost | formatCurrency }}
Request pricing below.
${{ calcCost | formatCurrency }} ${{ (calcCost * calcQuantity) | formatCurrency }} per {{ calcQuantity }} (${{ (calcCost * boxQuantity) | formatCurrency }} per {{ boxQuantity }}) ${{ calcCost | formatCurrency }}
Configured Part No. {{ calcPartNumber }}
{{ calcAvailability }}
Alternate Part Nos. {{pn}}
{{pn}}
Request Quick Quote
Get Business Financing!
Payments as low as ${{monthlyPayments}}/mo
Highlights...

Features

  • Temperature operating conditions: Up to 275°F (135°C) for 60 minutes
  • Design specifications
    • Patented steam valve
    • Genderless
    • Three-port steam
  • Pressure range: up to 35 psi, 2.4 bar
  • Steam-in-Place (SIP) sterilization: Up to 275°F (135°C) (~31 psi) for 60 minutes

The CPC Biotech AseptiQuik STC II Series Connector combines the AseptiQuik sterile connector and the Steam-Thru II SIP connector, allowing for flexibility between hybrid stainless steel and single-use processing equipment. The union of the two connectors into a single unit through a sanitary clamp allows an AseptiQuik sterile connection to be steamed onto stainless equipment via SIP. After the SIP cycle, a wide range of single-use systems can be connected.

Specific design elements aid in steam-through processes. The three-port steam design provides a true steam-through SIP process which eliminates "dead-legs." The genderless design eases single-use systems specifications with one part number for both halves. Additionally, the patented steam valve design allows sterile connection and disconnection to stainless steel equipment and permits a high media flow rate. Lastly, the connectors are able to operate in temperatures of up to 275°F (135°C) for 60 minutes.