Sartorius Incucyte Imagelock Microplate Sterile 96 Well Case of 50 Plates

Sartorius Incucyte® ImageLock® Sterile 96-Well Microplates (BA-04857) – Case of 50

The Sartorius Incucyte® ImageLock® (BA-04857) is an optical-grade cell culture microplate meticulously engineered for long-term live-cell imaging and automated kinetic assays within the Incucyte® Live-Cell Analysis System. Fabricated from ultra-pure, non-treated polystyrene, these plates feature specialized ImageLock® fiducial registration marks etched into the bottom surface. These microscopic alignment points enable the automated software to repeatedly locate and lock onto the exact same field of view over days or weeks of monitoring. Supplied as a sterile sterile case of 50 individually wrapped plates, this 96-well format provides the structural rigidity, flat-bottom optical precision, and clean biological environment critical for scratch wound healing, cell migration, invasion, and high-throughput phenotypic assays.

Technical Performance & Design

• ImageLock® Micro-Fiducial Grid: Outfitted with precise structural registration marks on the underside of each well. This lets the Incucyte® system's automated stage re-position itself with sub-micrometer repeatability, ensuring seamless time-lapse image stitching and reliable phase-contrast or fluorescent kinetic analysis.
• Optimal Optical Clarity Flat Bottom: Molded with highly uniform, flat-bottom well geometries that exhibit minimal light distortion and birefringence. This maximizes illumination consistency and ensures razor-sharp focal planes from the center of the well to the extreme edges.
• Validated Biocompatible Sterility: Subjected to stringent sterilization cycles and certified non-pyrogenic. These plates preserve a pristine, residue-free baseline, eliminating non-specific chemical interference or cellular toxicity during sensitive primary cell or stem cell assays.
• Even Thermal Heat Distribution: Engineered with optimized outer base chimneys and structural ribbing that promote uniform heat transfer and vapor circulation across all 96 wells, effectively suppressing the "edge effect" evaporation anomaly common in incubator environments.

Product Specifications

• Model Number / Catalog No: BA-04857 (Incucyte® Specialized Assay Consumables)
• Primary Manufacturer: Sartorius AG / Essen BioScience
• Plate Format Configuration: 96-Well Microplate Grid Assembly
• Well Bottom Geometry: Flat Bottom (Optimized for high-resolution inverted micro-imaging)
• Material Chemistry: Crystal-Grade Virgin Polystyrene (Tissue Culture Non-Treated baseline)
• Sterility Status: Individually packed and certified sterile (Gamma Irradiated)
• Software Optimization: Pre-calibrated for native recognition by Incucyte® Scratch Wound, Migration, and Chemotaxis software modules
• Packaging Configuration: Case of 50 Plates (Individually blister-pouched with tracking codes inside a cleanroom-compatible box)

Key Benefits & Applications

• Automated Scratch Wound Healing Assays: Essential for running standardized migration scratches with the Incucyte® 96-Well WoundMaker™. The ImageLock system keeps the wound gap perfectly centered in the frame during every measurement cycle.
• High-Throughput Kinetic Live-Cell Imaging: Allows research cohorts to track cell proliferation, cytotoxic responses, and transfection efficiencies continuously inside the incubator over long incubation intervals.
• Cell Migration and Chemotaxis Screening: Tracks the directional movement of cell morphs in response to chemoattractant gradients without pulling plates out and exposing them to ambient room shifts.
• **Consistent Multi-User Time-Lapse Studies:** Guarantees that multiple lab personnel can share the same microplate scanning slots over a multi-day timeline while preserving perfectly repeatable tracking coordinates across every plate insertion.

Incucyte®, ImageLock®, and WoundMaker™ are registered commercial trademarks of the Sartorius Group. Catalog number BA-04857 specifies the 96-well ImageLock clear-bottom assay plate configuration. For applications involving suspension cell kinetics or specialized cell adhesion lines, alternative surface coated variants (such as poly-L-lysine or collagen treatment) or the 384-well high-density format must be evaluated to fit specific technical protocols.