Produkty dla instrumenty (32)

The Control & Packaging Unit for Stock Lenses is best utilized by large volume single vision lens manufacturers. This machine will inspect and package 900 lenses per hour with such accuracy that there are no errors such as sending out of tolerance lenses out, or rejecting in tolerance lenses. In addition, the automatic cycle prevents any mispackaging of product. The zero defect packaging and the labor costs savings proven by installation of over 100 of these machines worldwide justify the investment in this machine. Diameter:55-77 or 60-82 mm Sphere:-10.00D to 10.00D Cylinder:0.00D to 4.00 D Optical power:0.02D Prismatic power:0.02 cm/m Measurement at 546 or 587 nm according to the standard (no index inluence):Thickness Thickness:0.01 mm 900 lenses/hour:Signature logo Signature logo:Mineral lenses Mineral lenses:excimer laser Organic lenses:CO2 laser Pad printing point for logo localisation:Barcode scanner Barcode scanner:Verification of envelope type Verification of envelope type:Verification of barcode readability Verification of barcode readability:Contactless thickness measurement (option) Contactless thickness measurement (option):Our company Our company:Products Products:Services Services:References/Experiences References/Experiences:News News:Contact Contact:test

The Flo-Sonic OCFM is a permanent measurement system for open channel applications using the ultrasonic transit time technology. It is designed to suit a large range of applications for clean to polluted water with very different flow conditions. The Flo-Sonic OCFM sensors are designed to be installed in channels and rivers with various shapes and dimensions with a maximum width of 15 m for clean water applications. The Flo-Sonic OCFM system consists of one or more Flo-Sonic ultrasonic speed processors associated to one UNI-TRANS flow processor and monitor and two Flo-Sonic probes per path. Very complex applications can be equipped with up to 16 measurement paths. The Flo-Sonic OCFM uses the very latest electronic technology combined with highly efficient digital signal processing (D.S.P). The D.S.P. technique maximizes the system performance giving the user significant benefits.