![]() |
R Series Multihead WeighersWith the development of the new R-Series, Ishida offers you the world's fastest and most accurate multihead weighers. Their new, rapid combination calculation system delivers higher speeds and increased efficiency. It also means significantly greater accuracy, enabling these Ishida weighing machines to break new ground in reducing product giveaway. R-Series mutlihead weighers offer you:
|
![]() |
RS Series Multihead WeighersIshida's new range of hardworking multihead weighers represents outstanding value, with accuracy and speed that easily outclass most 'top-of-the-range' competitor weighing machine models. Benefit from recent technological advances, including a new, extra-fast combination calculation system, as well as the legendary reliability of Ishida engineering. The RS series multihead weighers also offer:
|
![]() |
SE Series Multihead WeighersSE multihead weighers are entry-level weighing machines. Typically used for dry applications including snacks, confectionery, biscuits and pasta, these machines deliver automated weighing, increased operating speeds and reliability. The SE series multihead weighers also offer:
|
Product is fed to the top of the weigher. A dispersion/feeder system passes it to pool hoppers. Each pool hopper drops product into a weigh hopper beneath it (as soon as the weigh hopper becomes empty).
The weigher’s computer determines which combination of weigh hoppers contains the weight closest to the target weight, and opens all the hoppers of this combination.
The contents fall, via a discharge chute, into a bagmaker or, alternatively, into a distribution system which places the product, for example, into trays.
Dispersion and feeding can be driven by any combination of vibration, gravity, belts, centrifugal force or screw systems.
An extra layer of hoppers (‘booster hoppers’) can be added to store product which has been weighed in the weigh hoppers but not used in a weighment, thus increasing the number of suitable combinations available to the computer and so increasing speed and accuracy.