Make the filament your research actually needs.

Precision desktop extrusion systems for pharmaceutical, composite, and polymer research labs. UK-engineered, 1500+ units in 25+ countries, cited in peer-reviewed research.

UK Engineered — 12+ Years Manufacturing — Over 1500+ Units Sold

Desktop Filament
Extrusion Systems

Precision-engineered equipment for research, manufacturing, and materials development.

At Noztek, we specialize in manufacturing high-precision desktop filament extrusion equipment designed for professionals and industrial applications. Our cutting-edge technology delivers consistent, reliable results for researchers and manufacturing professionals worldwide.

Join research teams worldwide making breakthrough materials—from pharmaceutical filaments to carbon fiber composites.

Noztek complete filament extrusion line — desktop production system

Cited in Research

Our equipment underpins published research in composites, pharmaceuticals, recycling, and advanced materials science.

NG
NUI Galway Ireland
White Paper

Carbon nanotubes–Elium nanocomposite sensor for structural health monitoring of unidirectional glass fibre reinforced epoxy composite

The emergence of new technologies in composite manufacturing and inspection has contributed to significant advancements in the wind energy industry. Unidirectional (UD) glass fibre reinforced epoxy composites are widely used in the manufacturing of wind turbine blades due to their good fatigue resistance.

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UCL
UCL School of Pharmacy, London
White Paper

3D Tablet Printing for Personalised Pharmaceuticals

FDM technology is transforming pharmaceutical manufacturing, combining cost advantages with the ability to print patient-tailored dose formulations — opening the door to personalised medicine at point of care.

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SD
Published via ScienceDirect
White Paper

Highly Conductive and Stretchable Filament for Flexible Electronics

This study presents a highly conductive and stretchable filament for material extrusion 3D printing, addressing the conductivity and flexibility limitations of existing conductive filaments for flexible electronics applications.

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CU
Cranfield University
White Paper

Manufacturing Pitch and Polyethylene Blend Fibres as Carbon Fibre Precursors

This paper reports a unique manufacturing method blending mesophase pitch with linear low-density polyethylene (LLDPE) to produce carbon fibre precursors that are significantly less brittle than neat pitch fibres, with LLDPE content ranging from 5–20 wt%.

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Featured Product

Noztek Nexus — Industrial Power, Desktop Footprint

The Noztek Nexus isn't just another desktop extruder — it's a breakthrough in precision filament manufacturing. Engineered for innovators who refuse to compromise, the Nexus brings industrial-grade power, control, and material flexibility into a compact desktop footprint.

  • 48V, 750W RS485 DC Servo Motor — Industrial power and precision
  • 20:1 High-Torque Drive System — Handles demanding composites and experimental blends
  • Lab-Grade Tolerances — Consistent, repeatable filament output
  • Digitally Controlled — Fine-tuned extrusion for technical materials
  • Compact Design — Production-class capability without the factory footprint
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Noztek Nexus Mk2 filament extruder — compact research system
New for 2026

The Noztek Controller Software

Complete extrusion control that thinks like you do. Real-time visibility meets precision automation.

Live Process Monitoring

Track temperature, RPM, torque, and motor load across every connected device in real-time. Spot process drift milliseconds before it affects your filament quality.

Surgical Precision Control

Individual heater band adjustment. Independent extruder and puller parameters. Motor speed tuning on the fly. Custom alerts that know your process better than you do.

Publication-Ready Data Export

One-click CSV export of complete process logs. Temperature curves, speed profiles, and diameter measurements formatted for analysis, publication, or compliance documentation.

Multi-Device Orchestration

Control an entire extrusion line from a single dashboard. Coordinate extruder, tolerance puller, and winder as one synchronized system—not three separate machines.

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Watch It Work

From Pellet to Perfect Filament in 60 Seconds

Raw material becomes research-grade filament right before your eyes. No waiting. No suppliers. No compromise.

Material Independence

Process any polymer your research demands—PLA, PEEK, experimental blends, or proprietary formulations. If it melts, we extrude it.

Lab-to-Production Speed

Test a material hypothesis in the morning. Run parameter optimization by lunch. Produce your first samples before end of day. Desktop extrusion at research velocity.

Consistent, Repeatable Quality

±0.03mm tolerance holding across kilometers of filament. Temperature stability within ±2°C. Speed control accurate to 1 RPM. Machines that don't drift.

Your IP, Your Filament, Your Lab

Develop proprietary materials without supplier disclosure. Test formulations without minimum orders. Iterate without waiting on third parties.

Ready to Discuss Your Extrusion Needs?

Our technical team can help you choose the right system for your application