A 2D bag is commonly used in smaller assemblies (50 L and under) and is usually not placed inside a supporting tank or container. Instead, it is often laid flat in rockers or hung using insert holes at the top. Support rods can also be used to help the bag maintain its shape while being hung or carried.

It is designed to address the needs of the single-use disposable and bio-pharmaceutical industries. It offers a wide range of internal dimensions to meet process requirements. The manufacturing process is carried out in a clean room of ISO Class 7, where the process is carefully controlled from the raw material to the finished product

The PUPSIT assembly (Pre-Use Post-Sterilization Integrity Testing) is vital in biopharmaceutical manufacturing. It verifies sterile filter integrity after sterilization but before product use, ensuring no damage occurred. This mandatory test, especially in sterile drug production, prevents contaminants from passing through critical processes.

Ami Polymer Pvt. Ltd. provides a wide range of gamma-irradiated single-use assemblies for critical applications in biopharmaceutical industries. Offerings range from simple tubing with connectors to complex manifolds. All assemblies are manufactured in Class 7 cleanrooms, with critical components assembled in Class 5 cleanrooms.

Ami Polymer Pvt. Ltd. ImaLINK™ manifold is designed to minimize the need for fittings, connections, or assembly of all leak points and entrapment areas have been eliminated. Single use ImaLINK™ manifolds are manufactured by moulding straight sections of tubing or with connectors such as T’s, Y’s, X's, and Tri-Clamps.

The powder bag is a specialized packaging solution for bioprocess applications, designed to safely handle and store powdered materials in the biopharmaceutical industry. Built to prevent static electricity buildup, it ensures safe handling of fine powders such as active pharmaceutical ingredients (APIs) and excipients.

The pharmaceutical and bio-pharmaceutical production industries are at the forefront of transforming fluid systems functioning with Quick Connectors. It provides an assurance of reliable connections, a critical factor in the fluid systems integral to manufacturing pharmaceutical and bio-pharmaceutical products.

The sampling manifold is a critical component in the biopharmaceutical industry, designed to facilitate the aseptic collection of samples from various process streams. It typically consists of multiple ports, allowing for simultaneous sampling from different locations within a system, such as bioreactors or storage tanks.

Ultra-low temperature resistant silicone tubing is ideal for applications involving the storage and transportation of bulk drugs at low temperatures. This specialized tubing is designed to maintain its integrity and flexibility even in extremely cold conditions, ensuring that it can safely handle and protect sensitive pharmaceutical materials.

Reinforced hoses are used for safe and reliable fluid transfer in pharmaceutical and biopharmaceutical processes. Designed to withstand pressure, vacuum, and repeated flexing, they provide a secure and leak free flow path. Manufactured under GMP-compliant conditions in a controlled cleanroom environment, these hoses ensure consistent performance and process safety. Validation support and documentation are available to meet regulatory and quality requirements.

Pharma-grade tubing enables safe and consistent fluid transfer in pharmaceutical and biopharmaceutical processes. Silicone tubing provides excellent flexibility and temperature resistance, while TPE tubing offers low extractables and is ideal for single-use applications. Both options ensure chemical compatibility, durability, and reliable performance across critical process steps. Suitable for upstream, downstream, and final fill operations.

Pharma-grade filters ensure contaminant-free operations across critical biopharmaceutical processes. Capsule, cartridge, syringe, and vent filters can be used for media preparation, buffer sterilization, formulation, and final fill steps. They provide reliable microbial and particulate retention, maintaining product integrity and process efficiency throughout the manufacturing workflow.