High-Performance Solutions for Sensitive Applications
Precision and Safety for Biotechnological Applications
Innovative Solutions for the Biotech Industry: Our highly specialized bags are precisely tailored to the requirements of Red and Green Biotechnology.
Red Biotechnology – for diagnostics, therapeutics, biologics, biosimilars, and vaccines
Green Biotechnology – especially for applications such as algae cultivation
Maximum Safety for Your Biotech Processes
Our 2D-design Biotech bags are available in sizes ranging from 5 ml to 100 L and are ideal for mixing, sampling, scaling up or down production volumes and short-term storage.
We use only FDA-registered materials from leading manufacturers and source our connectors exclusively from top-tier suppliers.
Your advantage: On request, we also handle the assembly of customized tubing systems for seamless integration into your processes.
For the sterilization of empty bags, we collaborate with selected partners – ensuring your products always meet the highest safety and quality standards.
Let’s talk! Together, we’ll develop the perfect packaging solution for your biotech applications.
High-Quality Single-Use Technology for Exceptional Performance
Single-Use Technology
Single-use Technology offers significant advantages over traditional stainless-steel systems: reduced production times, enhanced hygiene standards, lower overall costs, and optimized documentation.
In Biotechnology, every moment counts – time-to-market is crucial. Single-use components accelerate production processes by eliminating complex cleaning and reprocessing, delivering maximum efficiency and consistently high quality.
Application Areas
Single-use products are primarily used in the production of biologics, biosimilars, and vaccines.
Single-Use Products for Biologics, Biosimilars, and Vaccines
Our single-use bioreactors are utilized in the manufacturing of biologics, biosimilars and vaccines. Depending on size, they are handled either individually or with specially designed transport containers.
3D-Design Biotech Bags
On request, we manufacture biotech bags in 3D design. Integrated handles make them easy to use. Currently, our 3D bags are available up to 100 L. Note: The product example shows a 100 L bag with undefined connectors.
Connectors
For bags with three or more ports, we offer not only individual tube connections but also boat ports for efficient integration. Additionally, we provide expert tubing assembly in our cleanroom – tailored to your needs. Let’s talk about your project!
Packaging Solutions for Demanding Biotech Processes
Innovative Solutions for the Highest Demands – Discover Our Biotech Bags and Assembly Services
Precise Assembly – For Maximum Safety and Functionality
Upon request, we handle the complete assembly of tubing systems tailored to your specific requirements.
Let’s talk! We’ll work with you to create the optimal packaging solution for your Biotech applications.
Special Applications
Cryo Bags
or blood and plasma applications, we manufacture pre-products and semi-finished goods without CE marking. We can produce empty bags for these uses and assemble accessories such as tubing sets in our cleanroom. A typical example is the cryo bag for cord blood collection. Temperature requirements are critical, as certain film materials have technical limitations that must be considered.
Lab-Grown Foods
Biotech bags are also used in the fermentation of lab-grown foods. They support the handling of pre- and intermediate products for lab food, cultivated meat, and plant-based food production. Pioneering companies in this sector are based in the Netherlands, the USA, and Israel. Let’s talk!
Algae Cultivation
Nündel offers customized bag solutions for algae cultivation – currently available in volumes up to 100 liters, tailored to your specifications.
Algae: a key resource for multiple industries:
Pharma & Cosmetics – Active ingredients for skincare & medicine
Food Industry – Nutritional supplements & superfoods
Environmental Technology – Water purification & CO₂ reduction
Our biotech bags ensure optimal growth conditions and maximum efficiency in algae cultivation.
