Strain gauge - Import export

The Signum® industrial scale is a compact industrial scale in which a choice of two powerful technologies is used: SIWR and SIWA models work with a strain-gauge type load cell; the high-resolution SIWS models feature monolithic weigh cells based on electromagnetic force compensation. The Signum® offers exceptional performance features and, despite its wide variety of functions, is a very easy-to-operate industrial scale. The Signum® is extremely rugged and resistant, and perfectly adapts to any ambient conditions in an industrial environment. With Signum® industrial scale, anything is possible: pick and choose your level of applications and different resolutions, and enjoy the benefits of a wide variety of interfaces and options. With the high resolution versions you can realize resolutions in the milligram range. They are especially designed for precise weighing tasks and applications such as counting, checking and formulation.

IF Series floor scales are flat-bed scales that are available in various sizes, designs, weighing capacities and resolutions. They feature strain-gauge load cells that provide especially precise resolution. All flat-bed scales can be configured as high resolution instruments (15,000d or 30,000d), or for use in legal metrology (1 x 3,000d/e or 2 x 3,000d/e). and can be easily connected to the Minebea Intec Combics indicators, QCT01 or isi terminals. IF Floor Scales Painted - 1 x 3,000e or 2 x 3,000e (verifiable as legal for trade in accuracy class III) or 15,000d or 30,000d (not for use in legal metrology) - Construction featuring metal plates with pressed edges (no welded seams) - Exceptionally low-profile design (starting at 25mm) - IP65 protection rating - Including drive-on ramp - Rugged, industrial-grade construction - Optionally with connection endplate

Precision balances in high quality offer you all the tools you would need for effective and accurate work in your laboratory environment. All important laboratory functions such as a recipe weighing function or data interfaces are on board at all times. But above all, the high-quality measuring principles of these balances such as force compensation or tuning fork measuring principle, allow them to be used in dosing procedures with very small weight changes and rapid display. In addition these balances are often fitted with automatic internal adjustment, which permits calibrated operation and means the balance can be used in any location. Standard and basic precision balances are used in laboratory applications mostly as single-user balances for sample preparation, etc. They are fitted with all useful laboratory functions which will support the user in a helpful way. With their strain gauge measuring principle, they are used anywhere where individual weighings are carried out, such as