Air & Vacuum Technologies
 
Endecotts
 
test sieves test sieve shakers
Test Sieves
Test sieves for all types of applications. Please send us an enquiry with your requirements and we will forward the information you need.
Test Sieve Shakers
Endecotts Test Sieve Shakers are quality engineered for precise reproducible results. Please send us an enquiry with your requirements and we will forward the information you need.
 
shakers
Octagon 2000 Octagon 2000
The Octagon is ideal for laboratory or on site use. It is robust, compact and sufficiently lightweight to be portable. A digital display makes the setting of the microprocessor controlled functions very straightforward.
EFL 2000 EFL 2000
The EFL has been specifically designed to operate with heavy samples without loss of performance. It is equipped with a dynamic power source which ensures the right vibration is imparted to the sieves and sample for fast, accurate and reproducible tests.
Powermatic

Powermatic
The Powermatic is a powerful test sieve shaker specifically designed to handle larger sieves up to 450 mm/18" diameter. It overcomes the problems normally encountered with lighter shakers where the sheer weight of the sample and sieves cause both performance and results to be erratic.

   
 
 
calibration samples consistometer
Calibration Samples Endecotts calibration samples are microspheres formed of soda-lime glass that range from 3.35 mm down to 20 µm sizes. Thanks to the precise nature and extent of the range of spheres, samples can be supplied to enable the accurate calibration of individual sieves. Consistometer
A bench top device for accurately checking laboratory or production samples against consistency, viscosity or flow rate standards.  (Also known as "Bostwick Consistometer").
 
fluid bed driers sonic sifter
Fluid Bed Driers A bench top unit for the rapid drying of chemicals, foodstuffs and minerals prior to sieve analysis and other tests.
Sonic Sifter
The Sonic Sifter is a precision instrument for the rapid separation of a wide variety of dry particles and powders in the fine micrometer range. It will successfully separate samples down to 5 µm in as little as one minute, sometimes less, with consistent repeatability.