Foxx Life Sciences Bottletop Filter PES Membrane Lab

Description

Product Overview

The Foxx Life Sciences Bottletop Filter is a high-quality laboratory filtration device designed for efficient and reliable performance. It features forward-facing, large, raised graduation marks that ensure easy reading and accurate measurements during use. The filter includes a quick-connect pedestal base or cradle ring, allowing for hands-free filtration to enhance workflow in busy lab environments. Constructed with secure grasp bottle cap technology, it provides a firm hold and prevents slippage. Available in 0.1 m, 0.22 m, or 0.45 m PES asymmetric membrane filter options, this product caters to diverse filtration requirements, from fine particle removal to sterile applications. Key specifications include package dimensions of 20.1 x 15 x 10.3 inches and a weight of 7.37 pounds, with an item model number of 1152-RLS and ASIN B00HSDSRHA, reflecting its robust build and compatibility with standard lab setups.

Usage

This bottletop filter is ideal for laboratory and industrial settings where precise filtration is critical, such as in pharmaceutical research, biotechnology, and chemical processing. It is commonly used for sterilizing liquids, removing particulates from solutions, and preparing samples for analysis in environments like research labs, quality control departments, and educational institutions. The target audience includes lab technicians, researchers, and industrial professionals who require dependable, hands-free filtration to maintain sterility and efficiency in their workflows, making it suitable for applications in microbiology, environmental testing, and production lines.

Why Choose Us

Foxx Life Sciences stands out for its commitment to quality and innovation, offering bottletop filters that combine durability with user-friendly design. The competitive advantages include the quick-connect base for effortless setup, secure grasp technology that reduces the risk of spills, and PES membranes known for their high flow rates and low protein binding. Each product undergoes rigorous quality assurance to ensure consistent performance and reliability, backed by the manufacturer’s reputation in the industrial and scientific sector. This focus on craftsmanship and usability makes it a trusted choice for professionals seeking efficient filtration solutions without compromising on safety or accuracy.

Key Features

• Forward-facing raised graduation marks for easy and accurate reading during filtration processes.
• Quick-connect pedestal base or cradle ring enabling hands-free operation to improve lab efficiency.
• Secure grasp bottle cap technology that ensures a tight seal and prevents accidental dislodgement.
• Available in multiple PES asymmetric membrane sizes (0.1 m, 0.22 m, 0.45 m) for versatile filtration needs.
• Durable construction with clear specifications for reliable use in various industrial and scientific applications.

FAQ

What are the available membrane sizes for this bottletop filter?

The filter is available in 0.1 m, 0.22 m, or 0.45 m PES asymmetric membrane options to suit different filtration requirements, from fine particle removal to sterile applications.

How does the quick-connect feature work?

The quick-connect pedestal base or cradle ring allows for easy attachment and detachment, facilitating hands-free filtration by securely holding the filter in place during use.

Is this filter suitable for sterile filtration?

Yes, with PES membrane options like 0.22 m, it is designed for sterile filtration, making it ideal for laboratory environments where contamination control is essential.

What is the weight and size of the product?

The package dimensions are 20.1 x 15 x 10.3 inches, and it weighs 7.37 pounds, ensuring it is manageable for standard lab setups while providing a sturdy build.

Can it be used in industrial settings?

Absolutely, this bottletop filter is built for both laboratory and industrial use, with features like secure grasp technology and durable materials that withstand rigorous applications.