Heidolph Polymax 1040 เครื่องเขย่าแพลตฟอร์ม

Heidolph Polymax 1040

This listing is for a Heidolph Polymax 1040 Platform Shaker

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

The Heidolph Polymax 1040 Platform Shaker is expertly designed to deliver consistent and reliable shaking for a wide range of applications in laboratory settings. From gentle mixing to vigorous shaking, this platform shaker provides the perfect solution for your sample preparation needs.

Key Features:

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- Customizable Speed Settings:Adjust the shaking speed from 2 to 50 RPM, allowing for precise control based on your specific requirements.
- Temperature-Controlled Integration:The 1000 series device can be integrated into the incubation system, enabling temperature-controlled applications with the Polymax 1040 for optimal sample conditions.
- Large Platform:The spacious platform (40 x 40 cm) accommodates a variety of flask sizes and sample containers, making it versatile for different lab protocols.
- Robust Design:Built with a sturdy frame and durable materials, ensuring long-lasting performance even in demanding environments.
- Impressive Load Capacity:Designed to handle a load weight of up to 5 kg, accommodating all required samples on this platform wave shaker.
- User-Friendly Interface:Intuitive digital display for easy monitoring of speed and time settings, enhancing convenience during operation.
- Continuous or Timed Operation:Operate the device continuously or set a timer for up to 120 minutes, providing flexibility for various laboratory processes.
- Safety First:Equipped with an overload protection feature that automatically shuts off the shaker if it becomes overloaded, preventing damage to both the shaker and your samples.
- Applications:Cell Culture: Ideal for cultivating cells in flasks or plates with consistent agitation.
- Chemical Reactions: Perfect for mixing reagents or solutions thoroughly to ensure uniform results.
- Sample Preparation: Efficiently shake samples for extraction processes or homogenization.