GEA Mechanical Equipment PandaPLUS 2000 Homogenizer

This Listing is for a GEA Mechanical Equipment PandaPLUS 2000 Homogenizer.

The unit is in full working condition and is ready for immediate release.

The GEA PandaPLUS 2000 Homogenizer is a cutting-edge, high-pressure laboratory homogenizer designed for precision, efficiency, and reliability. Ideal for industries including food and dairy, pharmaceuticals, chemicals, and biotechnology, this compact unit delivers exceptional performance for small-scale and pilot-scale applications.

Key Features:

• High-Pressure Operation:
• Capable of operating at up to 2,000 bar, the PandaPLUS 2000 is perfect for processing nanoparticles, nanoemulsions, nanodispersions, and cell disruption, ensuring uniform and stable results.
• Efficient Sample Handling:
• With a minimum sample volume of just 30 mL, it enables accurate testing with minimal waste, making it ideal for laboratory use.
• Impressive Flow Rate:
• Achieves a maximum flow rate of 10.8 L/h, delivering consistent results for both laboratory and pilot-scale operations.
• Powerful Motor:
• Equipped with a 1.85 kW motor, the homogenizer supports multiple electrical configurations, including:
• 3Φ 200 V, 50 Hz
• 3Φ 220 V, 50-60 Hz
• 3Φ 400 V, 50-60 Hz
• 3Φ 460 V, 60 Hz
• Compact and Portable Design:
• Measuring 810 x 540 x 440 mm and weighing 105 kg, the PandaPLUS 2000 is easy to integrate into laboratory environments without occupying excessive space.
• Adjustable Pressure:
• Offers manual pressure adjustment via a valve during operation, allowing for precise control over processing parameters.
• High Production Rate:
• Achieves a production rate of 9,000 or 7,500 units, depending on the specific application, ensuring efficiency and scalability.

Applications:

The PandaPLUS 2000 is a versatile solution for a variety of applications:

• Food & Dairy: Create stable nanoemulsions for enhanced texture and flavour.
• Pharmaceuticals: Produce bioavailable formulations with consistent particle size.
• Chemical Industry: Develop uniform nanodispersions for advanced materials.
• Biotechnology: Facilitate effective cell disruption for downstream processes.

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