Precision Laboratory Weights
Precision Laboratory Weights
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- 1(800)-268-3269
- inquiry@interweigh.ca

Interweigh Systems supplies weights for use in a laboratory to verify mass at a very precise level of accuracies, such as ASTM or OIML. Our precision laboratory weights are used by pharmaceutical labs for formula testing, quality control labs in food processing plants, engineering labs for design testing, industrial plants or labs for calibrating a fine increment lab balance and government labs.
1. Precision Laboratory Stainless Steel Individual Weights or Weight sets:
These weight sets are used in laboratory functions to verify mass at a very precise level of accuracies, such as ASTM or OIML.
Rice Lake Weighing Systems, Metrology Group.
Sizes and Weight Classes to meet any laboratory requirement.
Interweigh has been supplying weights for over 20 years. Both Rice Lake and Interweigh are ISO 17025:2005 accredited calibration laboratories.
Precision Lab Weights come in various set sizes in either metric or avoirdupois (imperial)
Avoirdupois: 100 lb to 0.005 lb
Why purchase Weight Sets from Interweigh to meet your weight needs? Interweigh can offer you a full range of weights to meet any and all weight requirements, and then offer you a traceable weight calibration service through our own Calibration Lab in Markham to ensure your weights are kept accurate and your calibration reports up to date.
Precision Weights are used by:
Before ordering test weights and weight sets, it is important to consider your application, the environment the test weights will be housed in, what tolerance and type of test weights you need as well as if you need any official documentation. Please use the following questions below to prepare your order. If there is missing information or if you have any questions regarding what you need, please call 800-268-3269.
Application/Environment
Tolerance/Type of Weights
Documentation
Your existing weights and weight sets should be recertified on a managed periodic basis. The recertification period is determined by a number of factors, including but not necessarily limited to, the environment, frequency of use, demands of the process, quality of the weighing devices in question, age of the weights in question and handling during use.