Description

LAB EXTRUDER: Precision Extrusion for Research and Development

This high-precision lab extruder is designed for research and development applications requiring precise control over material processing and extrusion parameters. Ideal for universities, research institutions, and industrial labs, this versatile instrument allows for the exploration of various materials and processes with unparalleled accuracy and repeatability.

Key Features:

• Precise Temperature Control: A sophisticated PID temperature controller ensures highly accurate and stable barrel temperatures, minimizing inconsistencies and maximizing process control. The temperature range is adjustable from [Insert Temperature Range, e.g., ambient to 300°C] with a resolution of [Insert Resolution, e.g., ±0.1°C].
• Variable Screw Speed: Adjust the screw speed precisely ([Insert Speed Range, e.g., 1-500 RPM]) to optimize material throughput and processing conditions. Digital readout ensures accurate and repeatable settings.
• Modular Design: The modular design allows for easy customization and adaptation to different materials and applications. Interchangeable barrels and screws enable seamless transitions between various processes and materials. [Specify available screw types and geometries, e.g., single screw, twin screw, specific geometries for specific materials].
• User-Friendly Interface: An intuitive touchscreen interface provides easy control over all parameters. Data logging capabilities allow for detailed analysis of extrusion parameters and product quality. [Specify data logging features, e.g., real-time data display, data export options (CSV, etc.)]
• High-Quality Construction: Constructed from [Insert Material, e.g., high-grade stainless steel] for durability and corrosion resistance. The robust design ensures long-term reliable performance in demanding laboratory environments.
• Safety Features: Equipped with multiple safety features, including [List safety features, e.g., emergency stop button, overheat protection, low-level material warning].

Applications:

• Polymer Processing: Ideal for processing a wide range of polymers, including thermoplastics, elastomers, and biopolymers. Suitable for applications such as compounding, blending, devolatilization, and fiber spinning.
• Material Characterization: Used for determining rheological properties, melt flow index, and other critical material parameters.
• 3D Printing Filament Production: Produce high-quality filaments for various 3D printing applications. Precise control over parameters leads to consistent filament diameter and properties.
• Pharmaceutical Research: Suitable for processing and formulating pharmaceutical products.
• Food Science Research: Can be used for processing and modifying food materials. [Mention any relevant certifications or compliance standards, e.g., FDA compliance].

Specifications:

• Model: [Insert Model Number]
• Barrel Diameter: [Insert Diameter]
• Screw Diameter: [Insert Diameter]
• L/D Ratio: [Insert L/D Ratio]
• Power: [Insert Power]
• Dimensions (L x W x H): [Insert Dimensions]
• Weight: [Insert Weight]

Optional Accessories:

• [List available accessories, e.g., different barrels, screws, die heads, temperature sensors, vacuum pump].

Warranty: [Insert Warranty Information]

Contact us today to learn more about our Lab Extruder and how it can enhance your research and development capabilities.