Portable Gibco-brl 34 Lane Comb, 1.00 Mm Thick, Multi-channel Cgv34-100 Collection [7L0NTDYS]

Gibco-BRL 34 Lane Comb

Introducing the Gibco-BRL 34 lane comb, a premium multi-channel comb designed for precision and efficiency in gel electrophoresis. This comb is crafted with meticulous attention to detail, ensuring optimal performance for your experiments. With its 34 lanes, it provides ample space for samples, making it ideal for high-throughput research.

• High-Quality Material: Made from durable and high-quality materials, the comb is designed to withstand repeated use without losing its shape or integrity.
• 1.00 mm Thickness: The 1.00 mm thickness ensures consistent gel formation, allowing for reliable and reproducible results.

Compatibility with Gibco BRL Gel Systems

The Gibco-BRL 34 lane comb is specifically designed to be fully compatible with Gibco BRL V16, V16-2, and V15-17 gel systems. This ensures seamless integration into your existing workflow, saving you time and effort. The comb's design is tailored to fit these systems perfectly, providing a secure and stable fit.

• Enhanced Performance: The multi-channel design allows for parallel loading of samples, increasing your productivity and reducing the time required for your experiments.
• Easy Handling: The comb is easy to handle and insert into the gel system, making it user-friendly for researchers of all skill levels.

Practical and Versatile Solution

The Gibco-BRL 34 lane comb is not just a tool; it's a practical and versatile solution for your gel electrophoresis needs. Whether you are conducting routine experiments or large-scale research, this comb is up to the task. Its robust construction and precise design make it a reliable choice for laboratories worldwide.

• Wide Range of Applications: Suitable for a variety of applications, including DNA, RNA, and protein analysis, the comb is a versatile addition to any laboratory's toolkit.
• Cost-Effective: Investing in the Gibco-BRL 34 lane comb offers long-term value, as it is designed to last through multiple experiments, providing excellent cost-effectiveness.