The Laboratory 72 Well Terasaki Plate is a precision-engineered tool specifically designed for microbatch crystallization under oil, serving critical needs in protein research and biochemical studies. Featuring 72 conical wells arranged in a practical 6x12 grid, each well offers a capacity of 11.45 µ with a flat bottom design measuring 1.3 mm in diameter. This configuration ensures optimal sample distribution and promotes consistent crystal formation. With compact dimensions of 83.3mm length, 58.0mm width, and 10.0mm height, the plate maintains compatibility with standard laboratory equipment and automated handling systems. Manufactured to exacting quality standards, it provides researchers with reliable performance and reproducible results essential for sensitive experimental workflows.

This specialized plate finds extensive application across pharmaceutical development, biotechnology research, and academic institutions where protein crystallization is fundamental to drug discovery a...

The Laboratory 72 Well Terasaki Plate is a precision-engineered tool specifically designed for microbatch crystallization under oil, serving critical needs in protein research and biochemical studies. Featuring 72 conical wells arranged in a practical 6x12 grid, each well offers a capacity of 11.45 µ with a flat bottom design measuring 1.3 mm in diameter. This configuration ensures optimal sample distribution and promotes consistent crystal formation. With compact dimensions of 83.3mm length, 58.0mm width, and 10.0mm height, the plate maintains compatibility with standard laboratory equipment and automated handling systems. Manufactured to exacting quality standards, it provides researchers with reliable performance and reproducible results essential for sensitive experimental workflows.

This specialized plate finds extensive application across pharmaceutical development, biotechnology research, and academic institutions where protein crystallization is fundamental to drug discovery and structural analysis. It serves as an indispensable tool for high-throughput screening protocols, enabling scientists to efficiently test multiple conditions and compounds simultaneously. Research facilities focused on biochemistry, molecular biology, and proteomics consistently rely on these plates for their experimental needs, benefiting from the design that effectively minimizes evaporation while maximizing crystal growth potential. The product also proves valuable in diagnostic laboratories and industrial settings where maintaining sample integrity and precise liquid handling are critical requirements.

The 72 Well Terasaki Plate delivers substantial business value by enhancing research efficiency and reducing experimental variability across organizations. Its proven reliability ensures consistent performance batch after batch, significantly minimizing the risk of failed experiments and conserving valuable time and resources. The plate's thoughtful design supports scalability requirements, making it equally suitable for small-scale academic investigations and large industrial applications. This combination of quality construction, reliable performance, and practical adaptability makes it a strategic investment for organizations committed to optimizing research outcomes and maintaining competitive advantage in their respective fields.

Key Features:
- 72 wells arranged in 6x12 grid configuration for high-throughput applications
- Conical wells with flat bottoms (1.3 mm diameter) for optimal crystal growth
- Each well provides 11.45 µ capacity ideal for microbatch crystallization
- Compact dimensions: 83.3mm length, 58.0mm width, 10.0mm height
- Designed for compatibility with automation systems and manual pipetting

Benefits:
- Enables high-throughput screening for efficient research workflows
- Promotes optimal crystal formation through specialized well design
- Ideal capacity for microbatch crystallization protocols
- Space-efficient design compatible with standard laboratory equipment
- Supports both automated and manual laboratory processes