Benchtop Hollow Fiber Spinning, Potting & Cutting System
The Benchtop Hollow Fiber Spinning, Potting & Cutting System provides a compact, integrated solution for laboratory-scale hollow fiber membrane fabrication — from fiber formation to finished modules.
Designed for research institutions, pilot studies, and early-stage product development, this system enables precise process control, high reproducibility, and efficient operation within a benchtop footprint.
Developed by MEMS, a global leader in membrane manufacturing systems, the platform supports critical membrane R&D activities while offering a clear pathway to pilot- and production-scale expansion.
Key Features
Spinning System
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Produces high-quality hollow fiber membranes using controlled phase-inversion spinning techniques.
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Compact and motor-driven design optimized for laboratory space.
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Precise control over key variables (temperature, tension, extrusion rate) for reproducible membrane properties.
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Compatible with commonly used membrane polymers such as PES, PVDF, and PAN.
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Dimension: 800 mm L x 700 mm W x 1,480 mm H
Potting System
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Automated potting of hollow fibers into modules, ensuring uniform end-seal encapsulation and mechanical integrity.
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Designed for consistent potting quality critical to module performance.
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Ideal for downstream processes like module testing, filtration performance evaluation, and prototype development.
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Dimension: 400mmL x 600mmW x 430mmH
Key Features
Cutting System
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Precision cutting module enables clean, accurate trimming of potted fibers into defined lengths
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Controlled motion and high-quality blade design minimize fiber damage and variability.
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Customizable cutting lengths to match specific module designs and research protocols.
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Dimension: 650 mmL x 350 mmW x 380 mmH
Key Features
Benefits for Your Laboratory
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Complete Benchtop Workflow: From fiber formation to finished module, all in a single integrated platform
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Compact & Space-Efficient: Designed for benchtop environments without compromising performance
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High Reproducibility: Consistent membrane quality across experiments, accelerating R&D insights
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User-Friendly Operation: Intuitive controls and modular components for straightforward use by research teams
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Scalable Foundations: Supports early-stage research with pathways to pilot and full production scale systems
Research & Development Applications
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Filtration & Separation Studies: Evaluate performance of hollow fiber membranes for UF/NF/RO applications.
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Material & Process Development: Test new polymer formulations and spinning parameters.
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Module Prototyping: Rapidly assemble potted and cut modules for performance and durability assessment.
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Educational & Training: Hands-on training in membrane technology and manufacturing processes.
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