Hangzhou Qiwei Instrument Co., Ltd. is one of the leading manufacturers and suppliers of brushless mixer in China. With a professional production team, we are able to meet the needs of the majority of our customers. Welcome to wholesale bulk brushless mixer in stock here from our factory. We also accept customized orders.
The heavy-duty brushless laboratory mixer is made for demanding mixing applications that call for dependable performance, steady torque output, and continuous operation.
The mixer, which is driven by a BLDC (Brushless DC) motor, offers:
1.Low-noise functionality
2.Motor performance without maintenance
3.Extended duration of service
4.Steady pace when loads vary
In laboratory research, pilot production, and industrial development, it is appropriate for combining medium to high viscosity materials.
Common uses consist of:
1.Solutions made of polymers
2.Materials for paint and coatings
3.Adhesives
4.Formulations of chemicals
5.Pharmaceutical preparations
6.Laboratory samples with high viscosity
product key technologies
The QW-WS (SH) series brushless mixer ideals for basic laboratory mixing tasks. It delivers consistent, reliable performance with smooth speed control, making it a practical choice for educational labs, routine chemical experiments and simple pharmaceutical preparations. Its compact, space-saving design and easy operation ensure a hassle-free experience for daily use.
Why Choose a Brushless Laboratory Mixer?
For laboratory mixing applications, BLDC brushless motors offer major advantages over conventional brushed motors.
Benefits of Brushless Motors：
1. Low-Noise Function
Because the brushless drive system operates more quietly and with less mechanical friction, it is appropriate for use in laboratory settings.
2. Low-Maintenance Design
The motor lowers routine maintenance and increases equipment reliability by eliminating the need to replace carbon brushes.
3. Extended Life of Service
Stable performance and long-term operation are supported by the BLDC motor structure.
4. Consistent Torque Production
In order to maintain a constant mixing speed, the motor automatically adjusts to load variations brought on by varying sample viscosities.
Application
1.This mixer equipment finds extensive adoption across various sectors, covering scientific trials, wastewater projects, bulk manufacturing, academic research and certification testing labs.
2.Laboratory practitioners adopt the device for organic synthesis, biopharma preparation and environmental monitoring assignments, optimizing experimental workflows and achieving homogeneous liquid blending.
3.The instrument assists in developing water purification facilities, simulated environment trials and research initiatives for municipal tap-water plants and wastewater treatment stations.
4.Industries including petrochemical processing, food deep-processing and pigment fabrication commonly employ it to boost reaction yields and keep finished goods' properties consistent.
5.Most university faculties and professional research institutes furnish their labs with this six-position stirrer for teaching and research purposes.
6.It serves conventional analytical testing needs within environmental governance, petroleum exploitation, chemical processing, metallurgy, light manufacturing and medicine production fields.
Technical Parameter
|
Model |
QW-WS60-SH |
QW-WS100-SH |
QW-WS200-SH |
|
Motor Power |
60w |
100W |
200W |
|
Timing Function |
No |
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|
Speed Range |
100-1600rpm |
||
|
Power Supply |
220V 50Hz |
||
|
Drill Chuck' Diameter |
0.5-10mm |
||
|
Stirring Rod Material |
Stainless steel cross stirring paddle |
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|
Stirring Rod |
φ7×250mm |
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|
Speed Display |
LCD display, digital speed regulation |
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|
Size |
200×280×660mm |
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|
Weight |
9kg |
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How to Select a Laboratory Mixer for High Viscosity Samples
Prior to choosing a mixer, customers had to think about:
1. Viscosity of the sample
Higher torque is necessary for higher viscosity.
2. Volume of Mixing
Equipment should be chosen based on the maximum working volume.
3. Time of Operation
Stable motor functioning is necessary for ongoing research.
4. Type of Impeller
Mixing efficiency is affected by various impeller designs.
Selecting the right mixer layout lowers experimental variation and increases mixing uniformity.
Maintenance Method
1.Carry out periodic cleaning for the brushless motor to block dirt, dust and grease from infiltrating its interior and triggering component abrasion or malfunction.
2.Perform periodic oil top-ups or lubricant replacement to safeguard regular operation of internal components and cut down risks of abrasion and breakdown.
3.Routinely inspect motor wiring and connectors for looseness or scorching damage, and conduct prompt maintenance or part substitution once defects are spotted.
4.Prevent the brushless stirrer from running continuously under heavy loads. Overloaded operation leads to abnormal motor temperature hike and damages internal components adversely.
FAQ
1.What is a brushless laboratory mixer's benefit?
Lower noise, fewer maintenance, a longer service life, and steady operation are all benefits of a brushless mixer.
2.Is this mixer appropriate for materials with a high viscosity?
Indeed. The medium and high viscosity laboratory samples are intended for use with the high torque BLDC motor.
3.Why does torque matter when mixing in a lab?
The mixer's capacity to continue rotating when combining thicker ingredients is determined by torque.
4.Can the mixer run all the time?
Indeed. For long-term laboratory operation, motor protection features are incorporated into the design.
5.What kinds of materials is this mixer capable of handling?
Depending on configuration, it can be applied to chemical, polymer, coating, pharmaceutical, and other laboratory materials.
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