Specialty Surface Cellware and Inserts
CELLTREAT Scientific Products Permeable Cell Culture Inserts, Packed in 6 Well Plate, Hanging, PET, 8.0m, Sterile, 12/CS
CELLTREAT Scientific Products Permeable Cell Culture Inserts. Permeable Cell Culture Inserts mimic in vivo conditions. Membrane remains suspended above well bottom, allowing co-culture: grow one cell line inside insert, and another below in the well. Ideal for drug transfer assays, transport studies, migration assays, and cell-cell interaction studies. Inserts center in wells, preventing membrane from touch-ing sides and wicking between insert and side wall. 0.4um pore size is ideal for co-culture and drug transport studies. 3.0 and 8.0um pore size is ideal for angiogenesis and chemotaxis experiments. Non -Treated Plates sold separately; carrier plate is Tissue Culture Treated. Plate manufactured from high clarity virgin polysytrene with polyethylene membrane insert. RNase/DNase free and non-pyrogenic. Every case is printed with the lot number for quality traceability. Packaged sterile with 6 Inserts/plate, 2 Plates/case, 12 Inserts/case.
CELLTREAT Scientific Products Permeable Cell Culture Inserts, Packed in 6 Well Plate, Hanging, PET, 0.4m, Sterile, 12/CS
CELLTREAT Scientific Products Permeable Cell Culture Inserts. Permeable Cell Culture Inserts mimic in vivo conditions. Membrane remains suspended above well bottom, allowing co-culture: grow one cell line inside insert, and another below in the well. Ideal for drug transfer assays, transport studies, migration assays, and cell-cell interaction studies. Inserts center in wells, preventing membrane from touch-ing sides and wicking between insert and side wall. 0.4um pore size is ideal for co-culture and drug transport studies. 3.0 and 8.0um pore size is ideal for angiogenesis and chemotaxis experiments. Non -Treated Plates sold separately; carrier plate is Tissue Culture Treated. Plate manufactured from high clarity virgin polysytrene with polyethylene membrane insert. RNase/DNase free and non-pyrogenic. Every case is printed with the lot number for quality traceability. Packaged sterile with 6 Inserts/plate, 2 Plates/case, 12 Inserts/case.
Chemglass Life Sciences 1.5ml Glass Inserts, Multi-Tier Reaction Plate
Replacement 1.5ml Glass Inserts for Multi-Tier Reaction plates (CG191501, CG191502, CG191503).
Chemglass Life Sciences 0.5ml Glass Inserts, Multi-Tier Reaction Plate
Replacement 0.5ml Glass Inserts for Multi-Tier Reaction plates (CG191501, CG191502, CG191503).
ILEX LIFE SCIENCES LLC GELACELL PLLA INSERTS 24-WELL
Gelacell - PLLA scaffold inserts for 24-well plate 3D cell culture (24 pack). INTRO: Gelacell, manufactured by Gelatex Technologies, is a unique, 3D microfibrous scaffold specifically engineered for advanced in vitro 3D cell culture and tissue engineering applications. Designed as a non-woven, highly porous scaffold, Gelacell offers exceptional biocompatibility and non-toxicity across a variety of cell types. DESCRIPTION: Specially designed 24-well plate scaffold “inserts” made from pharmaceutical grade poly-L-lactide (PLLA) offer cell culture conditions for short-to-medium durations. Perfectly tailored for the cultivation of complex systems like cell microenvironments, tissue regeneration, and organoids. The optimized design of the scaffold ensures thermal, chemical, and mechanical stability, while also providing substantial swelling capabilities and porosity, allowing efficient nutrient diffusion and thereby preventing cellular waste build up.
ILEX LIFE SCIENCES LLC GELACELL PLGA 10X10 CM SHEET
Gelacell - PLGA 10x10 cm nanofibrous scaffold sheet for 3D cell culture. INTRO: Gelacell, manufactured by Gelatex Technologies, is a unique, 3D microfibrous scaffold specifically engineered for advanced in vitro 3D cell culture and tissue engineering applications. DESCRIPTION: This product is a 10x10 cm scaffold sheet made from pharmaceutical grade poly lactic-co-glycolic acid (PLGA) that offers a 3D structure allowing cells to grow in a more physiologically relevant manner, promoting cell-cell interactions, tissue-like organization, and cell polarization. It can be cut into desired shape/size depending on experimental needs and setups. The scaffold is tailored for cultivation of complex systems like cell microenvironments, tissue regeneration, and organoids. The optimized design ensures thermal, chemical, and mechanical stability, while also providing substantial swelling capabilities and porosity, allowing efficient nutrient diffusion and thus preventing cellular waste build up.
ILEX LIFE SCIENCES LLC GELACELL ALIGNED PLLA CC 6WELL
Gelacell - Aligned PLLA scaffolds fixed to cell crowns in 6-well plate for 3D cell culture (1 plate). INTRO: Gelacell, manufactured by Gelatex Technologies, is a unique, 3D microfibrous scaffold designed for advanced in vitro 3D cell culture and tissue engineering applications. DESCRIPTION: This variant of Gelacell is specially designed for medium-to-long term culture durations. Scaffolds made from pharmaceutical grade poly-L-lactide (PLLA) fibers spun in an aligned manner are fixed to cell crowns in a 6-well plate. The cell crowns act as Boyden chambers for facilitating studies related to air-liquid interface culture, co-culture, complex tissue models, etc. The optimized design ensures thermal, chemical, and mechanical stability, while also providing substantial swelling capabilities and porosity. The aligned fibers provide a structured pathway for cell orientation and growth (particularly beneficial for specialized cell cultures requiring directional tissue development).
Alkali Scientific ASI™ Hanging Cell Culture Inserts with TC Treated Plates, Polycarbonate (PC), 12 Inserts / 24well Plate, PS,PC membrance, Opaque, 6.50mmØ, 0.40μm pore, 0.20-0.35mL, 0.33cm², Sterile to SAL 10-6,12/plate/48/case
ASI™ Hanging Cell Culture Inserts ▪ Distance from membrane to the bottom of the well: 6well Insert 1.2 mm,12well Insert 1.2 mm, 24well Insert 1.3 mm▪ Nominal membrane thickness: 10 ~ 23 μm▪ Frame material: Polystyrene (PS)▪ Packed in cell culture-treated cell culture plates ▪ Also known as Transwell permeable support inserts▪ Non – pyrogenic▪ Non – cytotoxic▪ DNase / RNase – free▪ Human DNA – free
CELLTREAT Scientific Products Permeable Cell Culture Inserts, Packed in 6 Well Plate, Hanging, PC, 0.4m, Sterile, 12/CS
CELLTREAT Scientific Products Permeable Cell Culture Inserts. Permeable Cell Culture Inserts mimic in vivo conditions. Membrane remains suspended above well bottom, allowing co-culture: grow one cell line inside insert, and another below in the well. Ideal for drug transfer assays, transport studies, migration assays, and cell-cell interaction studies. Inserts center in wells, preventing membrane from touch-ing sides and wicking between insert and side wall. 0.4um pore size is ideal for co-culture and drug transport studies. 3.0 and 8.0um pore size is ideal for angiogenesis and chemotaxis experiments. Non -Treated Plates sold separately; carrier plate is Tissue Culture Treated. Plate manufactured from high clarity virgin polysytrene with polycarbonate membrane insert. RNase/DNase free and non-pyrogenic. Every case is printed with the lot number for quality traceability. Packaged sterile with 6 Inserts/plate, 2 Plates/case, 12 Inserts/case.
ILEX LIFE SCIENCES LLC GELACELL ALIGNED PLLA 10X10 CM
Gelacell - Aligned PLLA 10x10 cm scaffold sheet for 3D cell culture. INTRO: Gelacell, manufactured by Gelatex Technologies, is a unique, 3D microfibrous scaffold designed for advanced in vitro 3D cell culture and tissue engineering applications. DESCRIPTION: This product is a 10x10 cm sheet with aligned fibers made from pharmaceutical grade poly-L-lactide (PLLA) that offers a 3D structure allowing cells to grow in a more physiologically relevant manner, promoting cell-cell interactions, tissue-like organization, and cell polarization. It can be cut into desired shape/sizes depending on experimental needs. The scaffold is ideal for cultivation of complex systems like cell microenvironments, tissue regeneration, and organoids. The aligned fibers provide a structured pathway for cell orientation and growth (particularly beneficial for specialized cell cultures requiring directional tissue development).
ILEX LIFE SCIENCES LLC GELACELL PLLA CELLCROWN 6WELL
Gelacell - PLLA scaffolds fixed to cell crowns in 6-well plate for 3D cell culture (1 plate). INTRO: Gelacell, manufactured by Gelatex Technologies, is a unique, 3D microfibrous scaffold designed for advanced in vitro 3D cell culture and tissue engineering applications. Designed as a non-woven, highly porous scaffold, Gelacell offers exceptional biocompatibility and non-toxicity across a variety of cell types. DESCRIPTION: This variant of Gelacell is specially designed for medium-to-long term culture durations. Scaffolds made from pharmaceutical grade poly-L-lactide (PLLA) are fixed to cell crowns in a 6-well plate. The cell crowns act as Boyden chambers for facilitating studies related to air-liquid interface culture, co-culture, complex tissue models, etc. The optimized design ensures thermal, chemical, and mechanical stability, while also providing substantial swelling capabilities and porosity, allowing efficient nutrient diffusion and thus preventing cellular waste build up.
ILEX LIFE SCIENCES LLC GELACELL ALIGNED PLLA INS 6W
Gelacell - Aligned PLLA scaffold inserts for 6-well plate 3D cell culture (6 pack). INTRO: Gelacell, manufactured by Gelatex Technologies, is a unique, 3D microfibrous scaffold designed for advanced in vitro 3D cell culture and tissue engineering applications. DESCRIPTION: Specially designed 6-well plate scaffold “inserts” with aligned fibers made from pharmaceutical grade poly-L-lactide (PLLA) offer culture conditions for short-to-medium durations. Perfectly tailored for cultivation of complex systems like cell microenvironments, tissue regeneration, and organoids. The optimized design ensures thermal, chemical, and mechanical stability, while also providing substantial swelling capabilities and porosity, allowing efficient nutrient diffusion and thereby preventing cellular waste build up. The aligned fibers in the scaffold provide a structured pathway for cell orientation and growth (particularly beneficial for specialized cell cultures requiring directional tissue development).