Large Volume Magnetic Bead Separators for GMP Manufacturing

Illustration of a magnetic bead separator system connected to a computer displaying process data

Choose the Right Sepmag System

Sepmag Q Series – Glass Bottle Magnetic Bead Separator

Sepmag Q1L magnetic bead separator with monitoring software displaying a magnetic separation graph on screen
Model
Nominal Scale
Vessel Type
Q1L
1 L
Glass
Q2L
2 L
Glass
Q5L
5 L
Glass
Q10L
10 L
Glass
Q20L
20 L
Glass

Sepmag N — For Plastic and Single-Use Vessels

Sepmag N1L magnetic bead separator with monitoring software displaying magnetic bead separation curves on screen
Model
Nominal Scale
Vessel Type
N1L
1 L
Plastic / single-use
N2L
2 L
Plastic / single-use
N5L
5 L
Plastic / single-use
N10L
10 L
Plastic / single-use
N20L
20 L
Plastic / single-use

Need a Non-Standard Configuration?

What You Gain in Large Volume Magnetic Bead Separation

Protect Product Recovery

At production scale, even a small percentage of material loss can have a significant impact on yield and cost per batch.

Controlled magnetic bead collection helps minimize bead and target loss during separation, protecting valuable product.

Improve Batch-to-Batch Consistency

Maintain reproducible magnetic separation conditions across production batches.

Real-time monitoring verifies how every separation develops, providing objective evidence that the process follows the expected behavior.

Know When Separation Is Complete

There is no universal magnetic separation time.

Real-time monitoring generates a separation curve for every batch and allows the process endpoint to be objectively defined.

This helps avoid:

  • Stopping too early, which can cause bead and product loss
  • Waiting too long, which adds unnecessary process time

Detect Process Deviations

Changes in separation kinetics can reveal changes in beads, buffers, concentration or other process conditions.

Comparing the actual separation curve with expected behavior makes these deviations visible and supports faster investigation.

Reduce Bead Aggregation

Controlled bead movement minimizes excessive bead compaction during separation.

This facilitates subsequent resuspension and helps maintain consistent downstream processing.

Scale with Less Process Redevelopment

Transfer magnetic bead separation from process development to GMP manufacturing under controlled and measurable conditions.

A characterized separation process is easier to transfer, compare and validate than one based only on fixed separation times or visual judgement.

Real-Time Magnetic Separation Monitoring Is Standard

Magnetic bead separation analysis software displaying filtered data and fitted curves with reference and error margins over time

Designed for GMP Manufacturing Integration

Large Volume Magnetic Bead Separation Applications

Frequently Asked Questions

What is a large volume magnetic bead separator?

A large volume magnetic bead separator is designed to perform magnetic bead separation at liter-scale volumes used in pilot and manufacturing processes. Sepmag Q and N systems cover standard production configurations up to 20 L, with customized solutions available for other requirements.

What is the difference between Sepmag Q and Sepmag N?

Sepmag Q is designed for glass vessels. Sepmag N is designed for plastic and single-use vessels. Both provide reproducible large volume magnetic bead separation with real-time monitoring.

How do I select the correct Sepmag Q or N model?

Select the model according to your vessel type, vessel dimensions and actual working volume. Sepmag can evaluate the process vessel to identify the appropriate separator configuration.

Is real-time monitoring included with Sepmag Q and N systems?

Yes. Real-time separation monitoring is a standard part of Sepmag Q and N systems. It provides separation curves, objective endpoint determination, batch comparison and process records.

Define Your Manufacturing Configuration