Introduction
A benchtop ball mill is a compact ball mill designed for laboratory use, used to grind and blend small quantities of materials into fine powders, and it is used in research, development, and quality control laboratories in the materials, chemical, pharmaceutical, and many other industries. The benchtop ball mill consists of a rotating platform or rollers that hold one or more jars or containers, which contain the material and the grinding balls, and a motor that rotates the jars or the platform; in operation, the jars are rotated, and the grinding balls inside the jars are lifted and fall back onto the material, grinding it by impact and attrition, and the fineness of the powder is controlled by the rotation speed, the ball size, the ball-to-material ratio, and the grinding time; the benchtop ball mill is compact and designed for small batches, and it is available in various configurations, including roller mills that hold several jars, and planetary ball mills, in which the jars rotate on a rotating disc, providing higher grinding energy, and the jars are available in various materials, such as stainless steel, ceramic, and agate, and the mill may include a timer and variable speed. Benchtop ball mills are used for grinding and mixing materials for research and development, for preparing samples for analysis, for grinding chemicals, minerals, ceramics, and pharmaceuticals, for alloying and mechanochemistry, for quality control, and for many other applications, and they are essential for size reduction and mixing in the laboratory. With their compact design, benchtop ball mills are essential instruments for laboratory grinding.
Benchtop Ball Mill LBBM-T2010
Benchtop Ball Mill features an adjustable speed range of 180 to 2100 rpm, enabling precise grinding of a variety of materials. With a final fineness of approximately 5 µm, this compact ...
Benchtop Ball Mill LBBM-T2021
Benchtop Ball Mill 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 gri...
Benchtop Ball Mill LBBM-T2030
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 type...
Benchtop Ball Mill LBBM-T2020
Benchtop Ball Mill offers an adjustable speed range of 60 to 570 ± 10 rpm. It acts as a small-batch production unit, integrated with Φ 25 × 260 mm long roller. Includes both dry and w...
Benchtop Ball Mill LBBM-T2011
Benchtop Ball Mill can operate at speeds ranging from 70 to 80 rpm. It consists of a single pot with a roller measuring Φ 60 × 300 mm. With its effective grinding capabilities, it ensu...
Benchtop Ball Mill LBBM-T2010
Benchtop Ball Mill can operate at speeds ranging from 70 to 80 rpm. It consists of a single pot with a roller measuring Φ 60 × 300 mm. With its effective grinding capabilities, it ensu...
Standards
Complies with the above standards, but is not limited to them.
Features
1. Benchtop ball mill for small-scale grinding.
2. Compact mill with jars and balls on the bench.
3. For laboratory sample preparation.
4. Includes mill, jars, balls and manual.
5. Grinds small samples to fine size.
FAQ
Q1: What scenarios is this mill used for?
A: It grinds and mixes small samples on the benchtop using jars and grinding balls for laboratory preparation. Customers in related industries rely on it for routine and quality-control work, and we can match the unit to your intended use.
Q2: What standards does it comply with?
A: It follows IEC 61010 and related GB/T standards, with speed verified. The relevant parameters are verified during final inspection before shipment, and compliance documentation or test reports can be provided on request for your quality records.
Q3: What is the warranty?
A: The mill carries a 12 to 24 month warranty covering drive and controls. Jars and balls are consumables. Damage from overloading is excluded.
Q4: Is it hard to operate?
A: Operation is simple: load jars, set speed and time and run. We provide a manual and guidance.
Q5: What is the lead time?
A: Standard models require 7-30 working days. In-stock units can ship within 3-7 working days. Custom configurations or large built-to-order systems may require additional time, and we confirm the exact schedule before order confirmation.
Q6: Is calibration required?
A: Performance should be verified periodically using calibrated reference standards, with results logged in the equipment record. Most users perform this check every 6 to 12 months or according to their internal quality schedule. We provide the procedure, reference materials and formal calibration service if required.
Q7: Are consumables universal?
A: Jars and balls are model or material-specific. Ongoing cost includes jars and balls.
Q8: Can it be customized?
A: Yes, several configurations are available. Options include jar materials, number of stations and speed range. We can discuss further custom requirements, confirm feasibility and advise any effect on the schedule before the order is confirmed.
Q9: Is installation included?
A: The instrument does not need professional installation. After unpacking, connect it to the specified power supply, allow it to stabilize and confirm the self-check passes. The package includes a printed manual, and our support team offers remote assistance throughout setup.
Q10: What samples are compatible?
A: It handles brittle, grindable materials within jar limits. It is not for soft or elastic materials, volatile contents without sealed jars, or feeds beyond capacity.
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