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Penetrometers
number of types measuring tenderness of food or stratigraphy penetration.
See Also: Refractometers
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Penetrometers
Fruit firmness is the most accurate way to test for fruit ripeness. Penetrometers are used as a hardness test by growers to test for the optimal time for picking and shipping fruit. This pocket penetrometer may also use it to determine which fruits should be processed and which sold fresh. Processors can monitor fruits as they ripen and schedule shipping to coincide with reaching the retailer at the fruit’s peak.
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Penetrometers
Temperture-controlled penetrometers determine penetration of samples for applications including asphalt, food industries, highway engineering, and more.
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Penetrometer
Programmable penetration & pause time 0-999 min.Acoustic & visual alarm when penetration exceeds set limits4-speed vertical step displacement,3-speed approach: quick 0.1 0.01 mm / impulsionQuick penetrator positioning procedure with 4programmable preset positionsReal-time depth reading to 0.1 or 0.01 mm, withopto-electronic detectionStandard package: penetrometer, cone or needle plunger,RS232 output, automatic level detection for conductivematerials, flexi-light & magnifier. 230V, 50Hz(115V, 60Hz on request)Cone or needle, cups: see optional accessories
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product
Penetrometers
Penetrometers measure the firmness or hardness of fruit. Penetrometers are ideal for determining the best time to harvest fruit or to test its progress to maturity. The firmness of fruit is one of the most widely used parameters in testing its maturity, together with measuring the fruits sugar content using refractometers. Electronic penetrometers come with different diameter penetration points. This allows for fruit of different size and hardness to be tested. It is important that this first part of the measurement process is done correctly if the readings obtained are to be valid in making adequate decisions as to when the fruit should be harvested. It is important the the samples that are measured are representative of the entire crop, considering a sufficient minimum quantity sample, size and quality.