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Lab Bead Mill

Name: Lab Bead Mill
Brand: CHEM-MACO
Price: 98000 INR
Availability: InStock

Price 98000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Lab Bead Mill Specification

Cooling System
Built-in Water Cooling

Application Fields
Paint, Ink, Dye, Pigment, Pharmaceutical, Cosmetics R&D

Chamber Volume
0.5-2.0 L

Pump Type
Diaphragm or Gear Pump

WorkingSpeed
Adjustable

Machine Frame Finish
Powder Coated

Number of Grinding Chambers
Single

Grinding Fineness
Submicron Level (<1 m)

Input Feeding Size
Max 500 m

Discharge System
Dynamic Screen Cartridge

Noise Level
Less than 70 dB

Bead Media Size
0.3-2.0 mm

Lab Bead Mill Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Week

Delivery Time
7 Days

About Lab Bead Mill

SPECIFICATION

Power	1HP
Capacity	5 litre
Material	Stainless Steel
Ring Diameter	According to Customization
Model Name/Number	Lab Bead Mill
Brand	Chem Maco
Shaft Diameter	According to Customization
I Deal In	New Only
Country of Origin	Made in India
Deal On	New Only

Efficient Submicron Wet Grinding

The Lab Bead Mill delivers high-efficiency wet grinding with a dynamic screen cartridge discharge system for precise separation. Designed for compact lab spaces, it ensures finely dispersed particles with submicron fineness (<1 m), making it ideal for formulation studies and small-batch research. With adjustable spindle speed up to 3000 rpm and robust water cooling, it consistently maintains optimal processing conditions.

Flexible Application Across Industries

This bead mill is engineered to handle diverse applications in paint, ink, dye, pigment production, and pharmaceutical or cosmetics R&D. It supports a variety of bead media sizes, input feeding sizes up to 500 m, and allows users to experiment with grinding wheel size and length for specific research needs. Its versatile design streamlines innovation in laboratory wet milling and dispersion.

FAQ's of Lab Bead Mill:

Q: How does the built-in water cooling system benefit laboratory operations?

A: The built-in water cooling system maintains a stable, low chamber temperature during operation, which prevents overheating of sensitive materials and promotes consistent grinding results. This feature enhances user safety, extends machine lifespan, and ensures uniform particle dispersion.

Q: What is the recommended usage process for achieving submicron fineness with this bead mill?

A: To obtain submicron fineness, it is essential to select the appropriate bead size (0.3-2.0 mm), adjust the spindle speed up to 3000 rpm as per the sample, and ensure the input feeding size does not exceed 500 m. Operating with the dynamic screen cartridge discharge system ensures continuous and efficient particle size reduction.

Q: When should I use a diaphragm pump instead of a gear pump for this bead mill?

A: A diaphragm pump is suitable when handling viscous or shear-sensitive materials because it minimizes product degradation and offers gentle pumping. A gear pump is preferable for low-viscosity fluids where precise and steady flow is required. Choose based on material properties and process needs.

Q: Where is the Lab Bead Mill typically installed or used?

A: Due to its compact design, the Lab Bead Mill is commonly installed in laboratory environments, research institutes, and R&D departments of paint, ink, pharmaceutical, and cosmetics companies. Its small footprint (600400 mm) allows convenient placement on laboratory benches or tables.

Q: What are the main benefits of using a horizontal rotation, single-chamber bead mill design?

A: A horizontal, single-chamber design ensures uniform bead movement and avoids dead zones, leading to more efficient grinding and consistent product quality. It also simplifies cleaning and maintenance, enhancing operational productivity in laboratory settings.

Q: How easy is it to clean and maintain the Lab Bead Mill after each use?

A: The machine's stainless steel construction and powder-coated finish make cleaning straightforward. The dynamic screen cartridge and single-chamber structure allow for quick access and minimal residue build-up, ensuring high operational hygiene and reduced downtime.

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