Powteq Micro Ball Mill GT300 220V, 50Hz

The Powteq Micro Ball Mill GT300 220V, 50Hz is an advanced milling tool designed for high-precision grinding, homogenizing, and mixing of laboratory samples. It is ideal for a wide range of materials including hard, medium-hard, soft, elastic, and fibrous samples. The GT300 is also suitable for cell disruption and DNA/RNA extraction, offering short processing times and high sample throughput. Its grinding containers perform horizontal, circular-arc oscillations, while grinding balls ensure effective sample processing. The unit features digital control via an LCD display, programmable grinding parameters, and safety interlocks for reliable and safe operation.

Key Features:

• Brand: Powteq
• Model: GT300
• Power Supply: 220V, 50Hz
• Function: Grinding, homogenizing, and mixing of various sample types
• Applications: Suitable for material science, chemistry, biology laboratories, including cell disruption and DNA/RNA extraction
• Processing Time: Average of 30 seconds per sample
• Grinding Stations: Two stations for bowls of 5 to 50 ml volume
• Speed Range: Variable speed from 180 to 1800 min^-1
• Control: LCD display with programmable grinding parameters (up to 10 stored programs)
• Safety: Transparent cover and safety interlock
• Construction: Grinding chamber, clamping system, and swivel arm made of stainless steel
• Drive: Maintenance-free direct drive system

Scope of Supply:

• Micro Ball Mill GT300 unit
• Note: Grinding bowls and balls are not included and must be ordered separately

The Powteq Micro Ball Mill GT300 delivers precision milling with high performance and versatility, making it a valuable asset for laboratory research and testing.

Frequently Asked Questions

1. What is the Powteq Micro Ball Mill GT300 220V, 50Hz used for?

It is an advanced milling tool designed for high-precision grinding, homogenizing, and mixing of laboratory samples. It is ideal for a wide range of materials including hard, medium-hard, soft, elastic, and fibrous samples. The GT300 is also suitable for cell disruption and DNA/RNA extraction, offering short processing times and high sample throughput. Its grinding containers perform horizontal, circular-arc oscillations, while grinding balls ensure effective sample processing. The unit features digital control via an LCD display, programmable grinding parameters, and safety interlocks for reliable and safe operation.

2. Is the Powteq Micro Ball Mill GT300 220V, 50Hz suitable for material science, chemistry, biology laboratories, including cell disruption and DNA/RNA extraction?

Yes. It is designed for material science, chemistry, biology laboratories, including cell disruption and DNA/RNA extraction, and offers a power supply of 220V, 50Hz and 2 grinding stations for bowls with a volume of 5 to 50 ml to support this kind of work.

3. What power supply does the Powteq Micro Ball Mill GT300 220V, 50Hz have?

It has a power supply of 220V, 50Hz and 2 grinding stations for bowls with a volume of 5 to 50 ml, and is supplied under manufacturer part number 24.

4. What function and processing time does the Powteq Micro Ball Mill GT300 220V, 50Hz offer?

It offers grinding, homogenizing, and mixing of various sample types, average of 30 seconds per sample, two stations for bowls of 5 to 50 ml volume and variable speed from 180 to 1800 min-1.

5. How does the Powteq Micro Ball Mill GT300 220V, 50Hz compare with the Retsch Planetary Ball Mill PM 300 220-230 V, 50/60 Hz from Retsch?

For material science, chemistry, biology laboratories, including cell disruption and DNA/RNA extraction, the Powteq model is the better choice, offering a power supply of 220V, 50Hz and 2 grinding stations for bowls with a volume of 5 to 50 ml. The Retsch model offers a voltage/frequency of 220–230 V, 50/60 Hz as an alternative, while the Powteq model's grinding, homogenizing, and mixing of various sample types and average of 30 seconds per sample help make it a strong fit for material science, chemistry, biology laboratories, including cell disruption and DNA/RNA extraction.