With a corrosion-resistant metal body, ensure durability in harsh lab environments. Outperforms plastic-bodied models in longevity and resistance to chemical exposure*.
With a precision-engineered single-screw system, achieve consistent extrusion results for diverse materials like PLA, ABS, and nylon with minimal adjustments. Simplifies workflow compared to multi-component extruders*.
With a robust 380V 3-phase motor, ensure stable operation under continuous use, outperforming lower-voltage models in reliability for lab-scale production*.
With a compact, lab-optimized design, save space while enabling small-batch pelletizing for research or prototyping. Ideal for academic settings compared to bulky industrial extruders*.
With CE certification, meet EU safety and quality standards for laboratory equipment, ensuring compliance for institutional use. Verified for safety and performance by independent auditors.
The Mini Pelletizing Lab Extruder with CE is a compact, versatile extrusion solution designed for small-scale R&D and prototyping. Built with industrial-grade durability and CE certification, it supports processing of PLA, ABS, polystyrene, nylon, and PC, making it ideal for labs requiring precise material testing and pellet production.
Feature | Specification | Benefit |
---|---|---|
Certification | CE Certified | Ensures compliance with EU safety standards. |
Extrusion Design | Single-screw mechanism | Delivers consistent material flow for uniform pellet formation. |
Material Compatibility | PLA, ABS, Polystyrene, Nylon, PC | Versatile for prototyping diverse thermoplastics. |
Voltage Requirement | 380V 3-phase | Ensures stable operation in industrial labs. |
Warranty | 4 years | Guarantees long-term reliability and support. |
Adjustable die sizes and interchangeable cutting tools let users customize pellet dimensions to match specific research needs. Modular components enable easy upgrades for expanded material processing capabilities.
Ideal for labs developing new materials or optimizing production workflows, this extruder balances precision and affordability. Its compact footprint and single-screw design make it perfect for small-batch pelletizing without compromising quality.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Max Output (kg/h) | 5 | +15% (5.75) | +30% (6.5) |
Temperature Range | 150–250°C | Extended to 280°C | 150–300°C |
Automation Level | Manual Control | Semi-Automatic | Fully Automatic |
Material Options | 3 materials | 5 materials | All 5 + custom blends |
Certifications | CE | CE + ISO | CE + ISO + FDA |
Key Breakthroughs:
Version Selection Guide:
With the Pro Model’s FDA certification, labs can safely produce pellets for medical devices, while its 300°C temperature range handles high-melting-point polymers like PC. The Base Model’s manual controls simplify setup for academic R&D teams.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Certification Compliance | Lab equipment safety and export | CE (Industry) CE▲ (Base) CE + RoHS▲▲ (Advanced) (CE: EU safety standard) (RoHS: Restriction of hazardous substances) | Ensures EU compliance (Base), Adds environmental compliance (Advanced) | Limited to basic compliance (Base), Higher cost (Advanced) |
Extruder Design | Material processing efficiency | Single-screw (Industry) Single-screw▲ (Base) Dual-screw▲▲ (Advanced) (Dual-screw improves output by 30% per ASTM D3835) | Cost-effective (Base), Enhanced mixing and output (Advanced) | Lower output potential (Base), Higher cost and complexity (Advanced) |
Material Compatibility | Versatility in material processing | Processes 2 materials (Industry) Processes 5 materials▲ (Base: PLA, PS, ABS, Nylon, PC) Processes 7 materials▲▲ (Advanced: + PETG, TPU) (ISO 10993 biocompatibility tested) | Wider material support (Base), Even more versatility (Advanced) | Limited materials (Industry), May require more maintenance (Advanced) |
Voltage Requirement | Power supply compatibility | 220V (Industry) 380V▲ (Base) 380V + Variable Speed▲▲ (Advanced) (380V: Industrial standard for high-power equipment) | Higher power for larger labs (Base), Adjustable performance (Advanced) | Requires industrial power (Base), More complex setup (Advanced) |
Warranty Period | Long-term reliability assurance | 1-2 years (Industry) 4 years▲ (Base) 5 years▲▲ (Advanced) | Longer warranty coverage (Base/Advanced) | Standard coverage (Industry) |
Processing Capacity | High-volume production needs | 5-10 kg/h (Industry) 10-15 kg/h▲ (Base) 15-20 kg/h▲▲ (Advanced) (Output measured via ASTM D3835) | Higher throughput for labs (Base/Advanced) | Lower output (Industry) |
⭐⭐⭐⭐⭐ Dr. Elena Rodriguez - Materials Science Lab, University of Stuttgart
"This extruder has transformed our prototyping workflow. We've been using the Advanced Model for 5 months and the extended temperature range (up to 280°C) is perfect for testing nylon and PC blends. The semi-automatic controls reduce human error, and the CE + ISO certification gives us confidence in regulatory compliance. Pellet uniformity is excellent across batches."Purchase Date: February 2024 | Usage Period: 7 months
⭐⭐⭐⭐⭐ Professor James Lin - Polymer Research Lab, MIT
"We opted for the Base Model due to its simplicity and compact size—ideal for student-led projects. It handles PLA and ABS with ease, and the manual controls are intuitive for beginners. Despite being entry-level, the 4-year warranty and 380V compatibility make it feel like industrial-grade equipment. Cleaning the single-screw after each run takes under 15 minutes with a soft brush."Purchase Date: November 2024 | Usage Period: 4 months
⭐⭐⭐⭐⭐ Maya Patel - Founder, EcoPlast Innovations (Home Workshop)
"As a solo entrepreneur developing biodegradable packaging, this Pro Model has been a game-changer. The FDA certification was non-negotiable for our medical-grade prototypes, and the fully automatic system lets me run overnight pelletizing cycles safely. I’ve processed over 300 kg of recycled PLA with zero downtime. The modular screw attachments allowed us to fine-tune viscosity handling for custom blends."Purchase Date: January 2025 | Usage Period: 5 months
⭐⭐⭐⭐☆ Alex Carter - R&D Engineer, ProtoFab Ltd.
"We use the Advanced Model for rapid material testing in our innovation lab. Output is solid at 5.75 kg/h, and the dual-voltage support (380V + variable speed) integrates seamlessly with our existing power infrastructure. Only reason I’m not giving 5 stars is the initial setup took longer than expected—needed a technician to calibrate the heating zones properly. But once running, performance has been flawless."Purchase Date: September 2024 | Usage Period: 8 months
Average Rating: 4.8/5 ⭐ (89 Reviews)
Dr. Thomas Greene - Senior Engineer, Plastics Innovation Institute
"After evaluating over a dozen lab-scale extruders, I confidently recommend this Mini Pelletizing Lab Extruder for academic and early-stage industrial R&D. Its single-screw design delivers 20% faster throughput than comparable dual-screw units per ASTM D3835, while maintaining superior pellet consistency. The corrosion-resistant build ensures longevity even under aggressive chemical exposure, making it a reliable choice for long-term research."
Dr. Lina Zhao - Circular Economy Advisor, EU Materials Agency
"For labs aiming to close the loop on plastic waste, this extruder offers unmatched versatility. Its ability to process PLA, ABS, PS, nylon, and PC without cross-contamination issues makes it ideal for recycling studies. With CE and RoHS compliance, it meets both safety and environmental benchmarks—critical for publicly funded research projects."
Posted: 2 days ago
"Using the Pro Model for PC-based implant prototypes. Temperature control up to 300°C is stable, and pellets feed perfectly into our 3D printing system. CE + FDA certification made institutional approval seamless."
Posted: 10 days ago
"Purchased the Base Model for early-stage testing. Even at 5kg/h, it’s more than enough for small batches. Customer support helped me choose the right die size for micro-pellets. Already planning to upgrade to the Pro version."
Posted: 3 weeks ago
"Deployed two units in our undergraduate engineering lab. Students find it easy to operate, and the visual extrusion process enhances learning. Only suggestion: include a basic troubleshooting guide with common error codes."
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