AVP022-6 / AVP022-12 / AVP022-24 / AVP022-48 / AVP022-60 / AVP022-96
Alvetex Advanced 15 mm modular inserts containing Alvetex Scaffold membranes enable long term 3D culture. Designed for greater flexibility needed for advanced tissue bioengineering, cells grown in Alvetex Advanced modular inserts can receive media nutrients from above and below the membrane.
Packs contain multiple units of 6× Alvetex Advanced 15 mm modular inserts inside a 6-well holder with lid. Each unit is sterile blister packed.
AVP023-12 / AVP023-24 / AVP023-48 / AVP023-60 / AVP023-96
Low handles for Alvetex® Advanced modular inserts are for pairing with other items from the Advanced modular plasticware range.
The different handle sizes (low, medium, high) enable users to choose the depth of the models during culture and therefore directly influence the volume of cell culture media required.
AVP024-12 / AVP024-24 / AVP024-48 / AVP024-60 / AVP024-96
Medium handles for Alvetex® Advanced modular inserts are for pairing with other items from the Advanced modular plasticware range.
The different handle sizes (low, medium, high) enable users to choose the depth of the models during culture and therefore directly influence the volume of cell culture media required.
AVP025-12 / AVP025-24 / AVP025-48 / AVP025-60 / AVP025-96
High handles for Alvetex® Advanced modular inserts are for pairing with other items from the Advanced modular plasticware range.
The different handle sizes (low, medium, high) enable users to choose the depth of the models during culture and therefore directly influence the volume of cell culture media required.
AVP026-5 / AVP026-10 / AVP026-15
Designed for the Alvetex® Advanced 3D tissue bioengineering system but useful for a wide variety of cell culture applications, our highly versatile Advanced deep plates 6 well give the researcher more flexibility by reducing the required number of culture media changes. Supplied with lid.
Advanced deep plates 6 well needs to be paired with 6-well holder for Alvetex® Advanced modular inserts (AVP030 or AVP031), or Alvetex® Advanced insert holders (AVP023, AVP024, and/or AVP025).
AVP027-5 / AVP027-10 / AVP027-15
Designed for the Alvetex® Advanced 3D tissue bioengineering system, our Advanced single well plates 50 ml enable several 3D bioengineered tissue models to share the same culture media. (Supplied with lid.)
Advanced single well plate 50 ml needs to be paired with 6-well holder for Alvetex® Advanced modular inserts (AVP030 or AVP031). AVP031 also requires Alvetex® Advanced insert handles (AVP023, AVP024, and/or AVP025).
AVP028-5 / AVP028-10 / AVP028-15
Designed for the Alvetex® Advanced 3D tissue bioengineering system, our Advanced single well plates 75 ml enable several 3D bioengineered tissue models to share the same culture media. (Supplied with lid.)
Advanced single well plate 75 ml needs to be paired with 6-well holder for Alvetex® Advanced modular inserts (AVP030 or AVP031). AVP031 also requires Alvetex® Advanced insert handles (AVP023, AVP024, and/or AVP025).
AVP029-5 / AVP029-10 / AVP029-15
Designed for the Alvetex® Advanced 3D tissue bioengineering system, our Advanced single well plates 125 ml enable several 3D bioengineered tissue models to share the same culture media. (Supplied with lid.)
Advanced single well plate 125 ml needs to be paired with 6-well holder for Alvetex® Advanced modular inserts (AVP030 or AVP031). AVP031 also requires Alvetex® Advanced insert handles (AVP023, AVP024, and/or AVP025).
AVP030-2 / AVP030-4 / AVP030-10
Designed for use with Advanced deep well plates (AVP027, AVP028 or AVP029), paired with Alvetex® Advanced modular well insert handles (low AVP023, medium AVP024, or high AVP025).
AVP031-1 / AVP031-2 / AVP031-10
Designed for 6 Alvetex Advanced modular inserts (without handles), for enabling researchers to easily move bioengineered tissue models between different format plates with minimal disruption. This holder also provides a layer of separation between the surface of the model and the media source below—useful during the topical application of test compounds/flora to skin models without contaminating the media.
