Sample analyzer

NegotiableUpdate on 01/13

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

A sample analyzer is an instrument that divides the total sample to obtain representative equal amounts of small samples. It can handle both fine powders and rough materials. The injection and distribution process is automated, unaffected by environmental interference, and does not result in material loss.

Product Details

Sample analyzerworking principle

The sample first flows directly into the opening of the sample distributor through an eccentric sampling funnel. The distributor operates at a constantRotate at 110 revolutions per minute to ensure that the sample flows evenly from the outlet of the dispenser into the receiving container. Among them, the distributor can achieve a sample splitting effect of 1100 parts per minute, thereby ensuring the accuracy of sample splitting.

Sample analyzermain advantages

1. High sampling accuracy

2. Adjustable time and injection speed

3. Stable rotational speed

4. Compact design, no maintenance required, easy to clean

5. Multiple sample bottle volumes to choose from

6. Implement automated feeding by configuring a synchronized sampler

7. Through the quick insertion and removal device of the sample bottle, convenient and fast operation can be achieved

8. LCD display screen, convenient parameter setting

9. Sample injectorSample analyzerCan be used together or separately

10. Equipped with a storable program system that supports pre-set parameters

11. The instrument sample bottle is equipped with a quick loading and unloading system, which can be easily installed and disassembled by plugging, unplugging, and rotating

In recent years, the technological development of sample analyzers has shown three major directions:

The fully automatic sampling workstation with integrated robot technology can achieve unmanned operation. For example, a certain brand's sample analyzer already supports dynamically adjusting the sample path through AI algorithms to adapt to the characteristics of different materials.

A new detection module based on Raman spectroscopy and laser-induced breakdown spectroscopy (LIBS) can synchronously complete component analysis during the sampling process, achieving an integrated process of "sampling detection decision-making".

Through IoT technology, the operating parameters and sampling results of the analyzer can be uploaded in real-time to the cloud and integrated with the Laboratory Information Management System (LIMS). This not only enhances data traceability, but also provides full chain support for quality control.

Equipment parameters

Application field	Sample division and sample reduction
Application Examples	engineering/Electronics, building materials, agriculture, pharmaceuticals, chemistry/Synthetic materials, geology/Metallurgy, Environment/Resource recycling and utilization, glass/Ceramics, Biology, Food
Sample characteristics	Loose bulk materials
Feed size	<10mm
Number of samples	6、8or10copy
Time setting simulation format	1-60minute
Sample volume for injection/Batch feeding quantity	<5000ml
Sample bottle volume	30、100、250or500ml

Application field

Chemicals, coffee, soil, nuts, fillers, building materials, cement slag, sand, laundry detergent, minerals, seeds, fertilizers, grains, metal powders, flour,...