Product Description
CellMAX™ Single Well Cell Culture Plate, Flat Bottom, Sterile, Clear Lid, TC Treated, Individually-packaged, 86 cm² Growth Area, 50/cs
FREE SAMPLES AVAILABLE! Email clientservices@maxisci.com or contact your Concierge to request yours.
If you’re running cell culture work and want ZERO guesswork, this is it. The CellMAX™ Single Well Cell Culture Plate is built for consistent, reliable cell attachment and growth — without the variability that slows your lab down.
These plates are TC-treated (tissue culture treated) to promote strong, uniform cell adhesion right out of the box. No extra prep. No wasted time.
Manufactured from high-purity polystyrene and validated for performance, you get repeatability you can trust — run after run.
And like everything from Maxi Scientific — no hidden fees. EVER. Just straightforward, reliable lab supplies.
Key Features:
- TC-treated surface for optimal cell attachment and growth
- Flat bottom design for even cell distribution and imaging
- Large 86 cm² growth area per well
- High optical clarity for easy observation
- Sterile (irradiation sterilized)
- Hydrophilic, negatively charged surface for improved wettability
- ≥95% cell attachment performance validation
- Low endotoxin levels (<0.1 EU/mL)
- Includes clear lid for contamination protection
- Consistent, batch-tested quality
Why Labs Choose CellMAX™:
- No hidden fees. EVER.
- Free ground shipping — always
- Consistent product quality you don’t have to second-guess
- Fast, human support (no phone trees)
- Easy ordering — no account required
Specifications:
- Material: Medical-grade Polystyrene (USP Class VI)
- Treatment: Tissue Culture (TC-treated)
- Sterility: SAL 10⁻³ (irradiation sterilized)
- Endotoxin Level: <0.1 EU/mL
- Growth Area: 86 cm²
- Well Dimensions: 116.6 × 74.5 mm
- Well Depth: 11.7 mm
- Bottom Thickness: 1.2 mm
- Plate Dimensions: 127.76 × 85.47 × 14.5 mm
- Lid Dimensions: 127.50 × 85.30 × 8.95 mm
- Surface Properties: Hydrophilic, negatively charged (optimized for cell growth)
Applications:
- Mammalian cell culture
- Adherent cell growth studies
- Cell-based assays
- Microscopy and imaging workflows
