Stay Connected To Your Shipment
ORCA Connect is a high performance, passive, temperature-controlled packaging range designed with full integration capability for real-time tracking. ORCA Connect allows for the usage of various tracking solutions for your temperature critical payloads. Not bound by a specific hardware ORCA Connect provides the freedom to utilise the optimum tracking solution for your requirements, ensuring you are always connected.
- High performance passive temperature controlled packaging
- Minimum performance: 96 hours against ISTA 7D
- Dedicated and secure space outside of payload but inside packaging for tracking hardware
- Available in four sizes across three temperature ranges
- Dedicated and secure space outside of payload but inside packaging for supplies or documents
- Available for purchase and for rent
How You Stay Connected, Is Up To You
ORCA Connect is an open platform concept for connected temperature-controlled packaging solutions.
A variety of data logging and tracking solutions are available through Intelsius alternatively contact a member of our team to understand how ORCA Connect can work with your current tracking solution.
With selected solutions, the ORCA Connect has the potential for real-time tracking of:
- External temperature
- Internal temperature
- Exact location
- Orientation (Optional)
- Shock (Optional)
- Light (Optional)
To discuss how ORCA Connect can help safely transport your samples, specimens, vaccines, pharmaceuticals or other temperature-sensitive materials contact us using the link below.Contact your local office
Not What You're Looking For?
Hover and click below to find the right solution for your temperature-sensitive payload.
ORCA Single Use
The very best in temperature-controlled packaging for when you're making one-off deliveries of temperature-sensitive payloads.
ORCA Multi-Use provides high-end temperature control, and a multiple-use solution that saves you time, money, and your carbon footprint.
ORCA Response is small, and easily carried by hand, without compromising on the high-performance temperature control of the wider ORCA range.