Welcome to ExtruderX Extrusion Machine Manufacturing Facility
Laboratory Extruder Machines
Professional Chinese Laboratory Extruder Manufacturer
Still frustrated by slow small-batch testing, inconsistent parameters, or cumbersome sample preparation holding back your material R&D? ExtruderX’s Laboratory Extruders are engineered specifically for universities, material labs, and R&D centers—handling small-volume batches of general-purpose plastics, biodegradable materials, and composite blends to speed up formulation debugging, process parameter optimization, and sample preparation.
10+ Types
Material Compatibility
99.5%
Data Repeatability
<65 dB(A)
Operating Noise Level
5 Mins
Cleaning Time
ExtruderX Empowers the Efficient Execution of Your Formulation R&D
ExtruderX Laboratory Extruders feature precision shear mixing capability, effectively dispersing small-volume high-fill/composite blends (e.g., color masterbatches, biodegradable materials) while ensuring the compositional uniformity of R&D samples.
Our Laboratory Extruders enable rapid parameter switching & tool-free screw disassembly/assembly, cutting single formulation trial time by 30%+. Efficiently running multi-process parameter comparative tests, they speed up material R&D notably.
Equipped with mod screws & prec zone temp control, the Laboratory Extruder fits common lab materials (PLA, PP, composites). It allows rapid formula switching/debugging, covering tests via the full R&D workflow from base to modified/new materials.
ExtruderX Laboratory Extruders adopt an energy-efficient design and precision feeding control for small batches, reducing R&D material consumption by over 20% and effectively cutting down on the trial-and-error costs of material R&D.
ExtruderX Laboratory Extruder Factory
ExtruderX’s purpose-built Laboratory Extruder features compact, precision-engineered technology tailored for R&D scenarios. It ensures the accuracy and data traceability of small-batch material mixing and extrusion processes. We offer flexible solutions aligned with laboratory requirements, supporting formulation iteration, enhancing material R&D efficiency, and accelerating the commercialization of innovative outcomes.
Laboratory Extruder Price
Laboratory Extruder For Sale
ExtruderX Laboratory Extruder prioritizes compact precision engineering, data traceability, and R&D scenario adaptability. With precise performance, it meets the process requirements for small-batch material mixing, formulation iteration, and material R&D.
$8,000 to $35,000
Laboratory Mixing Extruder
Designed for small-batch material mixing in labs, compatible with precise compounding of plastics/rubbers and additives/fillers. Ensures uniform mixing of polymers and inorganic fillers with dispersion degree ≥98%, suitable for formulation debugging and process validation in plastic/rubber R&D labs.
$12,000 to $45,000
Laboratory Scale Extruder
Optimized for “bench-scale → pilot-scale” process scaling, it supports small-batch scaled trials of plastics and composite materials. It enables stable transition of formulations from the laboratory to pilot-scale, ideal for R&D scenarios including new material pilot sampling and process optimization.
$10,000 to $40,000
Laboratory Plastic Extruder
Specialized for precision extrusion of plastics in labs, compatible with small-batch trial production of PE/PP/PVC and other general plastics. Capable of molding small profiles and test specimens, suitable for plastic performance testing, sampling, and process parameter validation.
What Type of Laboratory Extruder Do You Need?
In addition to the three Laboratory Extruders above, we offer a wide range of other models for you to choose from. If you want to learn more details, feel free to contact us for inquiries.
Laboratory Extruder Specifications
ExtruderX offers a variety of models of Laboratory Extruders, designed to meet a wide range of laboratory research applications. Whether you need Laboratory-grade equipment for small-batch material mixing, formulation debugging, or precision extrusion molding, you can find the right solution to meet your specific R&D needs here.
Below are the detailed specifications of our Laboratory Extruders.
| Model | Diameter(mm) | L/D | Speed(rpm) | Power(kw) | Output(kg/h) |
|---|---|---|---|---|---|
| EX21B | 21 | 25-85 | 50-650 | 4/5.5 | ~12 |
| EX21D | 21 | 25-85 | 50-800 | 5.5/7.5 | ~25 |
| EX21-Max | 21 | 25-85 | 50-1100 | 7.5/11 | ~35 |
| EX27B | 27 | 25-85 | 50-650 | 7.5/11 | ~28 |
| EX27D | 27 | 25-85 | 50-650 | 11/15 | ~45 |
| EX27-Max | 27 | 25-85 | 50-650 | 15/18.5 | ~70 |
| EX31B | 31 | 25-85 | 50-650 | 11/15 | ~35 |
| EX31D | 31 | 25-85 | 50-650 | 18.5/22 | ~70 |
| EX31-Max | 31 | 25-85 | 50-650 | 22/30 | ~110 |
| EX36B | 36 | 25-85 | 50-650 | 15/18.5 | ~55 |
| EX36D | 36 | 25-85 | 50-650 | 30/37 | ~120 |
| EX36-Max | 36 | 25-85 | 50-650 | 37/45 | ~200 |
Flowchart of the Laboratory Extruder
The process covers 10 key stages: 1. Raw material storage → 2. Auxiliary material storage → 3. Minor ingredient precise dosing → 4. Main material feeding → 5. Liquid additive metering → 6. Twin-screw melting & mixing → 7. Cooling & sizing → 8. Pulling & pelletizing → 9. Sample drying → 10. Finished sample storage. It’s a complete lab-scale workflow from material input to sample collection.
Flowchart of the Laboratory Extruder
Why Choose ExtruderX Solutions
What Our Clients Say
Below are some customer reviews of using ExtruderX Twin Screw Extruders. We are proud to provide premium Twin Screw Extruder solutions for so many customers.
“We’ve tested 3 laboratory extruders in 2 years for our biodegradable polymer research, and ExtruderX’s EX27D stands out. Its 99.5% data repeatability solved our biggest headache—before, batch-to-batch parameter fluctuations delayed our thesis experiments by months. Now, mixing small-volume PLA-composite blends (just 10kg/batch) gives consistent dispersion, and the 5-minute cleaning time cuts between-test downtime by half. Perfect for academic labs tight on time!”
Sarah Miller, R&D Director
“Our team spends 80% of time on formulation debugging for plant-based plastics. ExtruderX’s tool-free screw assembly changed the game—switching from PP to starch-based blends used to take 2 hours, now it’s 20 minutes. Plus, the precision feeding control reduced our material waste by 23% (we used to lose 5kg per trial!). The EX31-Max hits our 110kg/h pilot-scale need perfectly, no more scaling issues from lab to mid-production.”
Michael Chen, Formulation Manager
“As a third-party testing lab, we handle 15+ different materials monthly (from color masterbatches to high-fill composites). ExtruderX’s multi-material compatibility is a lifesaver—no need to juggle multiple machines. The <65dB(A) noise level keeps our lab quiet (critical for precise instrument calibration), and the 99.5% dispersion uniformity means our test reports are always trusted by clients. Their 4-hour technical response for our branch last month? Top-tier service.”
Emma Wilson, Lab Supervisor
“We needed an extruder that works for both lab-scale formula tests (5kg/h) and small-batch sample production (200kg/h)—the EX36-Max checks both boxes. What impressed us most? Its temperature control accuracy (±0.5℃) ensures our composite blends (glass fiber-reinforced PP) have consistent mechanical properties. When we had a question about scaling to pilot production, their technical team sent a customized process guide within 12 hours. Worth every penny of the $38k investment.”
David Rodriguez, Senior R&D Engineer
Latest Blog
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Frequently Asked Questions (FAQs)
A: A Laboratory Extruder is a compact, flexible small-scale extrusion equipment suitable for R&D scenarios. It is mainly used for material formulation debugging, small-batch trial production, and process parameter verification, capable of accurately outputting experimental data. It is one of the core R&D tools in material science laboratories.
A: It can cover common materials used in laboratory R&D, including various polymers (PP, PLA, PA), composite materials, color masterbatches, biodegradable materials, high-fill modified materials, etc., meeting the melting, mixing, and extrusion needs of different formulations.
A: The core difference lies in the applicable scenarios: Laboratory Extruders are for small-batch (several kilograms to hundreds of kilograms) R&D, focusing on precise formulation debugging and flexible functions (modular configuration); industrial extruders are for mass production, emphasizing efficient production and large output, with a larger size and relatively fixed configuration.
A: Yes, our EX Series Laboratory Extruders exactly cover the range of 5-20kg per batch. They can stably output consistent experimental results, perfectly adapting to R&D needs such as formulation verification and small-batch trials, and avoiding material waste.
A: The operating noise level of standard models is 60-65dB (A), similar to the volume of a daily office environment. It meets the requirements of quiet operation in laboratories and will not interfere with the calibration and use of surrounding precision instruments.
A: The price of basic Laboratory Extruders is about 20,000-30,000 US dollars, focusing on basic mixing and extrusion functions; high-end customized models (including special screws and precision metering configurations) are about 50,000-80,000 US dollars, with prices fluctuating according to the complexity of functions.
A: Yes, we provide modular screw elements. The screw combination can be customized according to the shearing and mixing requirements of your formula. Our technical team will assist in matching the optimal screw configuration plan based on your R&D scenario.
A: Standard products: The lead time is 4-6 weeks (including international logistics and customs clearance cycles); customized products: The lead time will be adjusted according to the complexity of the configuration, usually 8-12 weeks. We will provide real-time updates on production progress.
A: Yes, remote guidance + on-site installation and commissioning services are provided after purchase, ensuring that the equipment is quickly installed and commissioned to a stable operating state.
A: Yes, you can send your R&D materials to our demo laboratory. We will conduct machine tests with the corresponding models and simultaneously provide test data reports and machine test videos to help you verify the compatibility between the equipment and the formula.
