Purchasing Resources for Particle Analyzers
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Particle analyzers are used to measure the size and shape of particles in a variety of industries where these details are critical. Some of the applications include the chemical industry, mining, agriculture, forestry and aggregate. In each case the size of particles allowable is crucial to the process. In mining, over-sized particles could damage equipment and in the agricultural industry the presence of unwanted particles could contaminate products. Analyzers identify when particles of the wrong size or shape have entered the process or when there are too many of a certain kind present in the process.
If particle size, shape or quantity is important in your process, then you need particle analyzers to detect imperfections that could result in costly problems. The equipment comes in a variety of sizes, types and styles, each made for different applications. It is best to have a solid understanding of what you need from the equipment you are purchasing so that you buy the right type for the right job.
Business.com is an excellent resource tool. Through the resources they provide, you can learn about these devices and locate manufacturers, distributors and vendors who repair them. By scrolling through the listings on the left and following the links, you can locate potential vendors willing to answer your questions and take your order.
Finding The Right Particle Analyzer
Particle analyzers have their place in a variety of industries, including agriculture and forestry. This process involves investigating a sample, usually made of powder. It can determine the average size and size range of the particular particles. There are many manufacturers of particle analyzers, and most of the products are made to work in a similar fashion.
Particle analyzers have been around since the mid-1950’s, when the military found a need for counting levels of various particles. Generally, these measurements are taken through the use of a technology called laser diffraction.
Pmeasuring.com offers an in-depth guide to the inner workings of a particle analyzer. According to the guide, laser technology was developed based on the general principles of a laser. This light offers an intense, single wavelength of light. Particle analyzers today use laser diodes.
Particle analyzers, like any other retail product, range in price and size. Many offer the same features and parts. The Zetasizer line offers a wide range of options. Whether you’re measuring colloids, nanoparticles or protein size, you can find the right fit. These differ in versatility, size range and sensitivity.
A technology unique to Microtrac, an online specialty retailer, is called Bluewave Technology. This stands apart from others in its use of three lasers to get the most accurate reading. Two red lasers, and one blue, allow for the best light scattering. This creates greater sensitivity and better results. The Bluewave Particle Size Analyzer is the first machine with this technology and offers a significant amount of features.
Your use of the instrument will be a major factor in deciding which one you’ll want to purchase. In an academic setting, finding something that is user-friendly will be the key. The Malvern Mastersizer 2000 Particle Analyzer manages to allow for accuracy, reliability and ease of use. A range of automated sample units makes this an instrument that requires minimal training.
With so many products that offer similar features, it’s helpful to compare. Various online specialty sites offer educational information along with the products they produce and sell. Lab Manager Magazine offers a helpful guide for comparing the important features of particle analyzers without pushing a particular product or brand. This independent guide will allow you to decipher your particular needs before making a costly and important purchase. With many similar products on the market, it will be smart to make as informed a decision as possible.