The Bootstrap 4-Well Cell Transplantation Tray is a tool designed for laboratories working on cell transplantation protocols and in vitro culture experiments. Featuring 4 independent wells, it provides clear organization of samples and facilitates delicate manipulations during critical transplantation steps.

Key Features

• Four independent wells: parallel management and clear separation of samples to prevent mixing and facilitate comparison.
• Ergonomic design: quick access with precise manipulation of pipettes and sampling tools, minimizing unnecessary transfers.
• Integrated traceability: discrete and legible markers to reference each sample without interrupting the workflow.
• Universal compatibility: easily integrates with standard laboratory protocols and consumables used in transplantation and cell culture.
• Simplified maintenance: designed for cleaning and reuse in accordance with common laboratory practices, with resistance adapted to aseptic environments.

Practical Applications

• Preparation and organization of samples for cell transplantation procedures, with precise and reproducible positioning.
• Execution of parallel test series (viability, cellular response, marker expression) under homogeneous conditions.
• Management of multiple controls and sample batches, facilitating comparative analysis and traceability throughout the protocol.

Why this tray stands out

Unlike multi-purpose trays, this 4-well model is specifically designed for transplantation steps. It combines optimized organization, safer handling, and improved traceability, which reduces errors and accelerates laboratory workflows.

Maintenance and compatibility

After use, prioritize cleaning methods that comply with your aseptic procedures. The tray is designed to integrate seamlessly into typical laboratory setups and with standard equipment dedicated to transplantation and cell culture.

Target Audience

This tray is intended for cell biology researchers, regenerative medicine teams, and laboratory technicians involved in cell transplantation and in vitro culture protocols that require precision, traceability, and operational efficiency.