Introduction

Benchtop Ball Mill operates with 2 or 4 jars simultaneously, ensuring efficient sample processing. It supports both dry and wet milling, providing flexibility for different material types. This mill features an adjustable speed range with frequency control, enabling stable milling operations. It efficiently handles soil, crispy substances, and other materials. Our ball mill achieves an ultra-fine output granularity for precise particle sizing.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Benchtop Ball Mill is used for grinding, mixing, and homogenizing powders in dry and wet milling processes. It is applied in pharmaceuticals, ceramics, material science, inks, and laboratory research.

Specifications

Speed Range 70 to 580 rpm
Material Capacity ˂ 2/3 volume
Number of Pots 2 or 4 jars working together
Milling Mode Dry and Wet milling
Total Volume of Pot 12L
Volume of Each Pot 1 to 3 L
Revolution Speed 35 to 290 rpm
Rotation Speed Ratio 0.043055555555556
Input Granularity Size ≤ 10 mm for soil and crispy materials
≤ 3 mm for other materials
Output Granularity Size Minimum 0.1 µm
Speed Control Mode Frequency control
Grinding Jar Types Nylon, Zirconia, Corundum
Grinding Ball Types Aluminum and Zirconia
Jar Type, Capacity, and Quantity To be selected before placing the order
Milling Media Type and Quantity To be selected before placing the order
Timer Range 1 to 9999 min
Alternating Run Time of Forward and Reverse Rotation 1 to 999 min
Maximum Continuous Operating Time 72 hr
Noise ≤ 65 dB
Power Consumption 1.5 KW
Dimension 900 × 600 × 640 mm
Power 220 V, 50 Hz
Weight 150 Kg

Features

Durable construction

Low-noise operation

Integrated with safety provisions

Versatile for various materials

Easy to operate

FAQs

1. What is the Benchtop Ball Mill 's maximum capacity?

With an amazing maximum capacity of 3.96 liters, our Benchtop Ball Mill facilitates the effective processing of huge amounts of supplies in just one operation.

2. Is it possible for the to run constantly for an extensive period?

Yes, our can operate continuously for up to 72 hours, giving extended capacity for processing perfect for extended evaluations and manufacturing runs.

3. What built-in safety measures does the have?

With capabilities involving frequency control for speed adjustment, noise levels under 65 dB, and a timer that spans 1 to 9999 minutes for exact control over grinding processes, our is equipped with safety measures that guarantee uninterrupted operation.

4. What is a benchtop ball mill machine?

A benchtop ball mill is a multifunctional and effective laboratory apparatus that may be utilized for a wide range of material crushing, blending, and combining applications. It is widely utilized in research labs, educational institutions, and enterprises for a variety of purposes and is built to handle small to medium-sized batches of materials.

5. What elements are essential to a benchtop ball mill?

A benchtop ball mill's main parts include the grinding medium, container, rotation mechanism, speed control, dry and wet milling modes, safety features, and an intuitive design. These elements cooperate to make material blending, mixing, and grinding effective.

6. What is the benchtop ball mill's main purpose?

A benchtop ball mill's main purpose is to grind and combine materials into smaller sizes. It is extensively utilized in research labs, academic institutions, and businesses for a variety of purposes and is built to handle small to medium-sized batches of materials.

7. What precautions for security are included in benchtop ball mills?

To guarantee safe operation in laboratory settings, benchtop ball mills come with several safety features. To avoid mishaps and guarantee user safety throughout the milling process, these features could include protective covers, emergency stop buttons, and safety interlocks.

8. What purposes do benchtop ball mills possess?

Benchtop ball mills are used in many different industries and research domains, such as the semiconductor and electronics industries, magnetic materials research, biological and pharmaceutical industries, ceramic and glass manufacturing, metal and mineral grinding, and the formation of nanomaterials.

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