$ 1824
| Diameter of Sieves | 300 m |
| Rotate Speed | 1400 times/min |
| Voltage | 200 V |
| With Build | Motor Fan |
| Power | 180 W |
| Weight | 30 Kg |
The Test Sieve Shaker BZTSS-501 is ideal for particle size analysis in soil testing, abrasive material evaluation, and metal powder classification. It is widely used in industries such as construction, metallurgy, ceramics, pharma and chemical engineering. Its precision and reliability make it suitable for laboratory research and quality control processes.
Frequently Asked Questions
1: Is the shaker BZTSS-501 suitable for continuous operation?
The BZTSS-501 can run continuously with cooling intervals to prevent motor damage and extend lifespan.
2: What type of motion does this shaker BZTSS-501 use?
The BZTSS-501 operates using high-speed rotary motion to deliver consistent and precise sieving results.
3: Is the shaker BZTSS-501 easy to move?
Yes, its compact size and lightweight design make it easy to move and handle in lab settings.
4: How does the shaker BZTSS-501 ensure accurate results?
The BZTSS-501 delivers uniform vibrations at high speed, allowing consistent particle separation.
5: Is BZTSS-501 noisy during operation?
No, the shaker BZTSS-501 is designed to run with low noise, making it ideal for quiet lab environments.
6: What is a test sieve shaker used for?
A test sieve shaker is used to separate particles by size for analysis, quality control, or research.
7: What types of materials can be tested with these shakers?
They can analyze powders, granules, and bulk materials across industries like pharma, food, and construction.
8: Are the vibration settings adjustable?
Yes, users can set both vibration intensity and test duration for optimal results.
Labzee Test Sieve Shakers are precision instruments for accurate particle size analysis in laboratory environments. They utilize controlled mechanical vibrations to separate materials across different sieve sizes. These shakers include adjustable settings for time and vibration amplitude to ensure consistent performance. Their compact build and user-friendly interface make them easy to operate and fit into limited lab spaces. Our Test Sieve Shakers are ideal for use in pharmaceutical, food, chemical, and academic laboratories.
Labzee Vibratory Sieve Shakers are designed for precise particle size analysis and efficient separation across a wide range of materials. They deliver consistent motion through advanced vibration mechanisms and adjustable amplitude settings for optimal sieving performance. These units accommodate various sieve sizes and stack configurations, making them suitable for both coarse and fine particle testing. Their user-friendly interfaces, durable construction, and low-maintenance design ensure long-term reliability in laboratory workflows. Our Vibratory Sieve Shakers are ideal for applications in pharmaceuticals, construction materials, mining, chemicals, and environmental testing.
$ 3089
$ 2859
Rotary Sieve Shaker from Labzee provides circular sieve movement for separating and classifying powdered and granular materials by particle size. Our rotary sieve shakers provide particle size distribution through circular rotation and mechanical vibration to efficiently separate granular materials. Models with stainless steel sieves and multiple sieve layers support different sieve testing requirements. Rotary sieve shakers handle soil analysis, powder analysis, granule classification, and aggregate testing, providing organized particle size fractions for laboratory evaluation.
$ 1835
Mechanical Sieve Shaker from Labzee separates and classifies dry particulate materials according to particle size through mechanical shaking of stacked sieves. Our sieve shaker uses mechanical oscillation and impact action to move particles across the sieve mesh for particle size analysis and material classification, supporting repeatable sieving results. Multiple sieve layers allow different particle sizes to be separated during a single sieving process. Labzee Mechanical Sieve Shakers support laboratory testing and material analysis of powders, soil, and other dry particulate samples.
$ 2146
