Touch Operation 3000rpm Compact Fixed Speed Mini Vortex Mixer

• Customization: Available
• After-sales Service: Online Video Service
• Sample Type: Liquid
• Model NO.: MX-mini
• Processing Method: Mix
• Warranty: 1 Year
• Environment: Normal Pressure and Temperature
• Display: Digital Display
• Performance: Automatic
• Power Supply: 100-240V
• Weight: 0-50kg
• Certification: CE
• Customized: Customized
• Material: Cast Aluminum
• Power: 12W
• Mixing Motion: Orbital
• Speed Range: 3000rpm(Fixed)
• Revolving Diameter: 4.8mm
• Transport Package: Carton
• Specification: 100x100x79mm
• Trademark: Aiyi
• Origin: Jiangxi
• HS Code: 8479820090
• Production Capacity: 100piece/Month
• Package Size: 18.00cm * 15.00cm * 15.00cm
• Package Gross Weight: 1.000kg

Product Description

Product Description

Features

Compact,portable and fits nice lyon bench-top erase desktops and table tops.
Touch operation,fixed speed of 3000rpmfor rapid mixing of samples.
Powerful and efficient l2V DC brushless motor is smooth operation and has long life.
Foot pad design secures the mixer in place and does not wobble during operation.

Specification

Mixing motion	Orbital
Revolving diameter	4.8mm
Rotational speed	3000rpm(fixed)
Motor type	Brushless DC motor
Operating mode	Inching
Power supply	100-240V
Frequency	50/60HZ
Power	12W
Motor rating output	IOW
Dimension[WxDxH]	100x100x79mm
Weight	0.5kg
Permissible ambient temperature and humidit	5~40°C,80%RH
Protection class	IP21

Product Details

Company Profile

Jiangxi AIYI Hi-Tech Co., Ltd. 

founded in 2015 and is located in the scenic Nanchang Hi-Tech Industrial Development Zone. We specialize in providing high-quality laboratory equipment and extensive technical support worldwide. 

Our main products cover five core areas: chromatograph, spectrometers, general-purpose instruments, laboratory furniture and life science instruments. Chromatograph and spectrometers, such as High Performance Liquid Chromatograph (HPLC), Atomic Absorption Spectrometer (AAS), Inductively Coupled Plasma Emission Spectrometer (ICP-OES), etc., are unique in the environmental monitoring and material science industries due to their excellent analytical capabilities and stability. General-purpose instruments, including high-precision pipettes, thermostats, etc., ensure that every experimental operation can achieve the perfect combination of precision and efficiency. Laboratory furniture, incorporating modern design concepts and safety standards, provides researchers with an aesthetically pleasing as well as practical working environment. Life science instruments, such as PCR instruments and gel imaging analyzers, help the cutting-edge research in the field of life science.

Packaging & Shipping

We attach importance to packaging protection and carefully design and optimize the solution:

1, sturdy and durable: use high strength and wear-resistant materials, such as high-quality cardboard boxes, foam, etc., to protect the goods in all aspects.
2, Waterproof and moisture-proof: Designed with waterproof layer to protect the goods from moisture.
3, Shockproof and cushioning: the internal filling is precisely calculated to both cushion and save space, ensuring stable transportation.
4,Environmentally friendly material selection: use recyclable or degradable materials to reduce environmental impact.

FAQ

1. Where is HPLC used?

HPLC is widely used in many fields, including but not limited to chemistry, environmental monitoring, food and cosmetics industries. In the field of chemistry, it is often used for the separation and purification of compounds; in environmental monitoring, it is used to detect organic pollutants in water, pesticide residues in soil, etc.; in the food and cosmetics industry, it is used to detect additives, nutrients and harmful substances, etc.

2. What HPLC detects?

HPLC is mainly used to detect compounds in samples, which can be organic matter, natural products, drugs, proteins, microorganisms, etc. Through specific chromatographic columns and mobile phases, HPLC can separate different compounds in the sample and perform qualitative and quantitative analysis on them through detectors (such as ultraviolet detectors, fluorescence detectors, etc.).

3. How does HPLC work?

The working principle of HPLC is to inject the sample to be tested into the chromatographic column through a high-pressure pump, and the compounds in the sample interact with the stationary phase in the chromatographic column. Depending on the different forces between the compounds and the stationary phase, their movement speed in the chromatographic column will also be different, thereby achieving the separation of the compounds. The separated compounds are detected by the detector to obtain the corresponding chromatograms and data.

4. Can HPLC measure concentration?

Yes, HPLC can measure the concentration of compounds in a sample. By comparing the difference between the concentration of each component in the sample and the external standard, and using the characteristics of the detector (such as the absorbance of the UV detector), the concentration of the substance to be measured can be calculated. This makes HPLC a very accurate and reliable method for concentration determination.

5. Can HPLC columns be reused?

Yes, HPLC columns can be reused. As long as you pay attention to maintenance and care during use, such as regular cleaning and replacement of sealing pads, you can extend the service life of the column and maintain its separation performance. Of course, if the column is seriously contaminated or damaged during use, it needs to be replaced with a new column in time.