The IMP@CT 96 Well Impact Plate represents a specialized laboratory consumable engineered specifically for crystallisation under oil applications in a standard 96-well format. Each well features a precise conical profile with a flat bottom, measuring 1.99mm in diameter and 19.1µ volume, ensuring optimal sample placement and visibility throughout the crystallisation process. Developed to meet the rigorous demands of modern research environments, this plate facilitates efficient crystal growth monitoring under microscopes while minimizing storage space requirements through its innovative low-profile design. The inclusion of a compatible lid provides essential contamination protection, making this plate ideal for high-throughput laboratories where accuracy, reliability, and experimental consistency are paramount. The plate's robust construction supports reproducible results, establishing it as a trusted choice for scientists and technicians engaged in detailed crystallisation studies acro...

The IMP@CT 96 Well Impact Plate represents a specialized laboratory consumable engineered specifically for crystallisation under oil applications in a standard 96-well format. Each well features a precise conical profile with a flat bottom, measuring 1.99mm in diameter and 19.1µ volume, ensuring optimal sample placement and visibility throughout the crystallisation process. Developed to meet the rigorous demands of modern research environments, this plate facilitates efficient crystal growth monitoring under microscopes while minimizing storage space requirements through its innovative low-profile design. The inclusion of a compatible lid provides essential contamination protection, making this plate ideal for high-throughput laboratories where accuracy, reliability, and experimental consistency are paramount. The plate's robust construction supports reproducible results, establishing it as a trusted choice for scientists and technicians engaged in detailed crystallisation studies across various research disciplines.

This impact plate finds extensive application across pharmaceutical development, biotechnology research, and academic investigation sectors. Within drug discovery pipelines, it enables large-scale screening of crystallisation conditions for novel compounds and active pharmaceutical ingredients. Biotechnology organizations employ it extensively in protein engineering and structural biology projects to analyze macromolecular behaviors and interactions. Academic institutions leverage its advanced design for both research and teaching laboratories focused on crystal growth mechanisms and material science principles. Diagnostic manufacturers utilize this plate for developing and testing reagent formulations, ensuring precise and reproducible outcomes in both clinical and industrial settings where standardization and reliability are critical for successful outcomes.

The IMP@CT plate delivers substantial business value by enhancing research efficiency and reducing operational costs through its durable, automation-compatible design that supports repeated use. Its reliability stems from stringent manufacturing standards that ensure consistent well dimensions and chemical resistance properties. Key differentiators include superior material integrity that prevents well deformation during handling and processing, along with proven compatibility with various oils and solvents commonly used in crystallisation workflows. These attributes collectively minimize experimental errors, support process scalability, and provide long-term cost savings through reduced consumable replacement frequency. This makes the plate an indispensable tool for organizations prioritizing accuracy, productivity, and return on investment in their crystallisation workflows and research programs.

Key Features:
- 96 conical wells each with 19.1µ volume and flat bottom design
- Precise 1.99mm well diameter for accurate sample placement
- Low-profile construction to minimize storage space requirements
- Compatible protective lid included for contamination prevention
- Specifically engineered for crystallisation under oil processes

Benefits:
- Enables high-throughput screening with consistent well-to-well performance
- Facilitates clear microscopic observation through optimized well geometry
- Reduces laboratory storage footprint with space-efficient design
- Maintains sample integrity with secure contamination protection
- Supports reproducible results in crystallisation studies and trials