BM 1100 + Planetary Ball Mill

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BM 1100 + Planetary Ball Mill Specification

Capacity
2 x 250 ml (milling jars) or as specified

Model No
BM 1100+

Power Source
Electric

Temperature Range
Ambient to 70C

Accuracy
1% (Speed & Time setting)

Voltage
220 V

Feature
Programmable speed and time; Microprocessor-based control

Core Components
Grinding Jar, Motor, Control System

Measurement Range
Nano to micron particle size reduction

Automation Grade
Semi-Automatic

Frequency
50/60 Hz

Equipment Materials
Stainless Steel / Tungsten Carbide / Agate Jar options

Type
Planetary Ball Mill

Usage
Laboratory Powder Grinding

Display Type
Digital display

Dimension (L*W*H)
600 mm x 480 mm x 670 mm

Weight
75 kg (approx.)

Number of Grinding Stations
2

Timer Range
099 hours

Rotational Speed
Up to 600 rpm (variable)

Noise Level
<60 dB

Motor Type
Heavy Duty Brushless Motor

Suitable Samples
Hard, Medium, Soft, Brittle, Fibrous, Dry or Wet Materials

Sample Capacity per Jar
100250 ml

Grinding Principle
Impact and Friction

Safety Features
Lid Lock Safety, Over-temperature protection, Overload protection

Application
Material research, nanotechnology, pharmaceuticals, chemistry, mining, metallurgy, electronics, pigment and ceramics industry

About BM 1100 + Planetary Ball Mill

Standard Features of Planetary Ball Mill BM 1100+

Pulverizing, Mixing, Homogenizing, Colloidal milling, Mechanical alloying.
One Grinding Platform.
Integrated LED 7" Touch Display with all digitally adjustable speed, Grinding time, Holding/Pass time, Interval operation
Powerful & quick grinding to nano fineness up to less than 0.1m Feed Size less than 10mm
Two different grinding Models (Dry/Wet).
Digitally adjustable sun wheel speed 100-65Orpm with speed ratio 1:-2 & effective sun wheel diameter 260mm Digitally selectable grinding time 0-999min (Cycle times 01-99), Pass / Holding time 0-99 min & Interval operation in reverse direction.
6 kinds of grinding jars in material for contamination free grinding from 12-500 ml (Stainless Steel, Agate, Zirconium Oxide, tungsten Carbide & Sintered Aluminum Oxide).
The grinding jars are marked with capacity and materials are marked on the grinding jars, which is easy to distinguish from others.
Storable memory of 10 SOPs.
Automatic ventilation system for cooling the grinding jar.
Built-In High power fans for auto effective cooling for motors during Grinding.
Maintenance free Drive guarantees to maintain constant speed in continuous operation for long time operation or under maximum overload.
Intelligent security lock for safety.
Multi-Safety Design of Grinding Jars with Gas Tight, Dust- Proof & Safe Operation during Colloid Grinding & can be sealed in Colloid Grinding (Wet Grinding) to ensure Over- Pressure gas not easily escape.
Optional Pressure and temperature measuring system. Complete range of grinding balls with all MOCs

Advanced Performance with Precise Control

The BM 1100+ features programmable speed and timer settings managed via a user-friendly digital display, allowing adjustments for various materials and research needs. The heavy-duty brushless motor delivers consistent performance while maintaining noise levels below 60 dB. Both speed and time settings offer exceptional accuracy within 1%, ensuring reproducible results.

Comprehensive Safety and User-Friendly Design

Equipped with lid lock safety, over-temperature and overload protection, the BM 1100+ prioritizes user protection. Its semi-automatic operation and microprocessor-based controls streamline workflow, while sample handling remains straightforward with jars made from stainless steel, tungsten carbide, or agate, holding up to 250 ml each.

Broad Application Spectrum

Designed for versatility, this planetary ball mill effectively handles a variety of sample types including hard, soft, dry, wet, or fibrous materials. Its robust design and capacity make it suitable for laboratories and industries involved in pharmaceuticals, chemistry, materials science, mining, nanotechnology, and ceramics, among others.

FAQ's of BM 1100 + Planetary Ball Mill:

Q: How does the BM 1100+ Planetary Ball Mill achieve effective sample grinding?

A: The BM 1100+ utilizes a combination of impact and friction at variable speeds up to 600 rpm within dual grinding stations. Its planetary motion and programmable controls ensure consistent, fine particle size reduction from nano to micron levels, benefiting a wide range of laboratory applications.

Q: What types of samples can be processed with this model?

A: The mill is capable of grinding hard, medium, soft, brittle, fibrous, dry, and wet materials. This versatility makes it suitable for diverse samples in material science, pharmaceuticals, chemistry, mining, metallurgy, and more.

Q: When is it necessary to use programmable speed and timer functions?

A: Programmable speed and timer settings are essential when precise control over grinding conditions is required, such as achieving reproducible results or processing temperature-sensitive materials. The BM 1100+'s microprocessor allows easy customization for various protocols.

Q: Where can the BM 1100+ be installed and used most effectively?

A: This planetary ball mill is best suited for laboratories, research institutes, and academic facilities engaged in material analysis and scientific studies. Its manageable dimensions and relatively low noise level also accommodate installation in shared lab environments.

Q: What safety features does the BM 1100+ offer during operation?

A: Safety is ensured through features like lid lock safety, which prevents the mill from operating if not securely closed, as well as over-temperature and overload protection systems that safeguard both the user and equipment during intensive operation.

Q: How is maintenance of the BM 1100+ typically managed?

A: Routine maintenance involves regular cleaning of grinding jars and surfaces, checking the motor and control system for proper operation, and ensuring ventilation around the equipment. The robust design and brushless motor help reduce maintenance frequency.

Q: What are the primary benefits of using the BM 1100+ for laboratory grinding?

A: Key benefits include precise and repeatable nano to micron particle size reduction, user-friendly programmable controls, wide sample compatibility, advanced safety features, and reliable heavy-duty construction suitable for demanding workloads.

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