Precision Laboratory Extruder for R&D and Pilot Testing

A laboratory extruder is a small-scale extrusion system for R&D formulation testing, pilot production and material characterization. It heats polymer pellets or powder in a barrel while a rotating screw conveys, melts, mixes and pushes the melt through a die. The UET laboratory extruder uses multi-zone PID control (±0.3°C) and modular screw elements to deliver repeatable results with only 100g–1kg of material per trial.

A laboratory extruder is optimized for precision, repeatability and minimal material use (0.5–200 kg/h, 0.5–1.2㎡ footprint), while a production extruder is optimized for throughput (100–2,500 kg/h) and uptime. Lab machines record the process data needed for scale-up; production machines replicate those validated parameters at scale.

A single screw laboratory extruder has one rotating screw — ideal for simple melting and forming tests of PE, PP and PS at entry-level cost. A twin screw laboratory extruder uses two intermeshing screws for high-shear mixing, suited to compounding, reactive extrusion and multi-component formulations. Choose single screw for basic plasticizing; choose twin screw when you need 95%+ mixing uniformity for masterbatch, modified plastics or biodegradables.

The UET laboratory extruder processes thermoplastics (PE, PP, PVC, PS, ABS), engineering plastics (PA, PC, POM, PEEK), biodegradable polymers (PLA, PBAT, PHA), functional masterbatches, high-viscosity composites and medical-grade polymers. Custom screw configurations extend compatibility to niche materials, and the specialized model handles heat-sensitive PVC with 40% less thermal degradation.

The twin screw laboratory extruder holds ±0.3°C with multi-zone independent PID control. Each heating zone responds independently to stabilize melt temperature, preventing degradation of sensitive polymers like PLA and PVC and ensuring the batch-to-batch repeatability required for publication-grade research data.

Yes. The specialized laboratory extruder uses a low-shear screw geometry and ±1°C temperature control to reduce thermal degradation by 40%, while high-strength screws and drive systems reliably convey high-viscosity materials such as PEEK, silicone-modified polymers and hot melt adhesives without surging or blockage.

China has the world’s most complete extrusion manufacturing ecosystem, offering 20–35% lower factory-direct pricing, fast customization and mature export logistics. A verified Chinese supplier like UET adds CE/ISO/SGS compliance, in-house machining, pre-shipment test runs and 24/7 engineer support — combining cost advantage with international-grade quality.

Yes. UET laboratory extruders share the same screw geometry principles and L/D configurations as our production twin screw lines, so temperature profiles, screw speed and shear rates transfer directly — typically cutting pilot validation time by 50% or more.

Standard laboratory extruder models need only 0.5–1.2㎡ of floor space and a 3-phase 380V/50Hz supply with a 16A breaker (custom voltages available). Noise is ≤65dB, so no sound insulation is needed, and the sealed hopper keeps lab conditions clean.

Laboratory extruder pricing depends on screw diameter, L/D ratio and configuration — entry single screw models start around $8,000 while fully customized twin screw systems reach $50,000. Standard models ship in 1–2 weeks; customized configurations take 4–6 weeks plus 7–15 days international shipping. Send your requirements for an itemized quote within 2 hours.

Every UET laboratory extruder includes a 12-month machine warranty, 24-month screw and barrel warranty, 24/7 remote engineer support, commissioning training and lifetime spare parts at cost price. Wearing parts are standardized and tool-free to replace, minimizing downtime.