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.

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.

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.

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.

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.

Benchtop Ball Mill LBBM-A21

Name: Benchtop Ball Mill LBBM-A21
Brand: Labtron
SKU: LBBM-A21
Rating: 4.8 (868 reviews)

Benchtop Ball Mill LBBM-A21 operates at a variable rotation speed ranging from 60 to 570 rpm (±10). It achieves a minimum output granularity ranging from 13 to 48 µm, making it suitable for grinding a variety of materials. The adjustable rubber rollers can accommodate different sizes of milling pots. It can quickly and conveniently change pot to handle both wet and dry grinding processes. Ideal for laboratories and industries, our ball mill combines precision and versatility for efficient milling across various material types.

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Drum Capacity	15L
Material Capacity	5L
Mill Mode	Dry and wet grinding
Rotate Speed	60 to 570rpm ±10
Jar Material	Stainless Steel
Ball Material	Stainless Steel
Input Granularity Size	≤10mm <10mm for soft material <3mm for Hard Material
Output Granularity Size	Minimum 13 to 48
Roller Size	Φ 60 × 340mm length
Maximum Distance Between Roller	140 mm
Feed Material	Soft, hard, brittle, fibrous, cellulose, herb, glass, soil, ore, pharmacy, chemical, fluorescent, pigment, etc.
Power Consumption	0.75kW
Power Supply	220V / 50Hz / single phase
Dimensions	845 × 435 × 270mm
Packaging Dimensions	930 × 500 × 530mm
Net Weight	66 kg
Gross Weight	91.5 kg

Variable rotation speed
High efficiency with uniform granularity
Adjustable rollers fit multiple pot sizes
Quick pot change for wet and dry grinding
Stainless steel jars and balls for durability
Compact design easy to operate

Our Benchtop Ball Mill LBBM-A21 is used in laboratories and research facilities for precise grinding and mixing of various materials, including minerals, chemicals, and pharmaceuticals, in both wet and dry forms.

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Models of Benchtop Ball Mill

Labtron Benchtop Ball Mill Machine offers effective grinding solutions for variable materials and particle sizes. We ensure precise adjustment of milling parameters with dependable results. These are designed to maintain low noise with safety provisions. They are constructed with durable steel plates and a powder-coated finish that guarantees longevity and protection. Our Benchtop Ball Mill Machines are compact, portable and easy to operate.

Benchtop Ball Mill LBBM-A30

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

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Benchtop Ball Mill LBBM-A11

Speed Range : 70 to 80 rpm
Pot and Step : Single pot
Roller Size : Φ 60 × 300 mm
Mill Method : Roll milling type method

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Benchtop Ball Mill LBBM-A20

Speed Range : 60 to 570 ± 10 rpm (adjustable)
Roller Size : Φ 25 × 260 mm
Mill Mode : Dry and Wet Milling
Material Capacity : Material + Mill Balls ˂ 2/3 volume

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Benchtop Ball Mill LBBM-B10

Speed : 180 rpm to 2100 rpm
Deceleration : 2 s
Grinding Method : Dry or Wet
Sample Batch : 2 batches

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Benchtop Ball Mill LBBM-A10

Speed Range : 70 to 80 rpm
Pot and Step : Single pot
Roller Size : Φ 60 × 300 mm
Mill Method : Roll milling type method

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Benchtop Ball Mill LBBM-A21 FAQ's

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.
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.
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.
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.
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.