Produkty dla instrumenty (99)

Niet-roterende onderdeelcomponenten krijgen maar zelden de routinemonitoring die ze nodig hebben Hydraulische systemen zijn voor de industrie een andere methode om elektriciteit om te zetten in mechanische energie. Een pomp, die doorgaans door een elektrische motor aangedreven wordt, stuwt hydraulische vloeistof door een systeem. Het systeem bestaat meestal uit een reservoir waarin de hydraulische vloeistof bewaard wordt, uit hogedrukleidingen om de vloeistof te vervoeren, uit controlekleppen om ervoor te zorgen dat de vloeistof naar de juiste locaties gestuurd wordt, uit drukontlastkleppen voor de veiligheid en uit cilinders om mechanische energie te produceren. Doorgaans krijgen de pomp en motor alle aandacht terwijl het systeemevenwicht uit het oog verloren wordt tot het defect raakt. Met zijn veelzijdigheid, gebruiksgemak en toepasbaarheid op de meeste hydraulische defecten kan ultrasoon testen verandering brengen in deze passieve benadering.

Conservez une vapeur propre, sûre et écoénergétique La vapeur est une ressource indispensable pour de nombreux procédés industriels. Par conséquent, la plupart des usines disposent d’un vaste réseau de tuyauteries, vannes, et de purgeurs vapeur, au travers lesquels s’écoulent un fluide turbulent à différents débits. Pendant le transfert de la vapeur de votre chaudière vers le point d’utilisation, il est impossible d’éviter un certain refroidissement. Cela entraîne une accumulation de condensation et de gaz. Les purgeurs vapeur ont pour but d’éliminer ces condensats et de conserver la pureté et l’efficacité de la vapeur dans tout le process Un purgeur vapeur entièrement opérationnel s’ouvre, se ferme ou se régule automatiquement. Il libère le condensat qui s’est formé, sauf s’il est possible d’utiliser la chaleur du condensat. Il est écoénergétique et permet de ne pas gaspiller de vapeur de qualité.

The Focovision by Transmission SPV-3 is used in prescription laboratories. It is connected to your computer network, from which it receives the nominal values of the prescription lens. Its main advantages are repeatability, accuracy, easy calibration, and especially its visualization system of the semivisible marks or the upper segment line corner of the addition. This system permits an accurate positioning on the different control points without any lens marking. It measures the lens optical power by using a light beam perpendicular to the concave lens surface at a certain wavelength (546 nm or 587 nm) and by measuring in all directions (360 degrees). In addition, it has a user friendly interface permitting an operator to learn how to perform the complete lens control (far view, prism reference point, near view, thickness, shape, etc.) with little training required. Minimal training required Very high measurement speed Flexibility (configurable procedures, easy to adapt, any toleran The operating range of the instrument exceeds the normal requirements of the lab.:Optical power in the main axis Optical power in the main axis:-20D to +20D Prism power:0 to 5 cm/m (S= -14D increasing with S) The FOCOVISION measures the optical lens power by transmitting a light beam, in all directions (360 :It accurately measures optical power to 0.02D and prism power to 0.02 cm/m, +1%. It accurately measures optical power to 0.02D and prism power to 0.02 cm/m, +1%.:Prism compensator Prism compensator:3 dots marking system 3 dots marking system:Thickness measurement device Thickness measurement device:LCD display device. Contour shape display LCD display device. Contour shape display:Vacuum holder Vacuum holder:Alignment system for polarized lenses Alignment system for polarized lenses:Working table Working table:Our company Our company:Products products :Services Services:References/Experiences References/Experiences:News News :Contact Contact:test

The AutoBlocker is for use in laboratories that edge and mount lenses into frames. All kind of lenses can be oriented and blocked according to the ink marks or the µ-engravings. Because the A&R AutoBlocker is task specific, and the system has a small footprint, you can easily integrate it into the lab. The AutoBlocker is an excellent investment for a modern lab with a rapid payback! Diameter  (via shape measurement):50 to 80 mm Max. power for positive axis for progr./bifo lenses:+14 D Min. power for negative axis for progr./bifo lenses:-12 D Cylinder:0 to 4.00 D Max. power for positive axis for single vision lenses:+8 D Min. power for negative axis for single vision lenses:-10 D Cylinder axis:(0.5 + 0.5/C), where C= Cyl value in D O.C. error:0,04 cm/m Accuracy of the block positioning system according to the reference marks (PAL’s) or to the calculat:0.25 mm along ‘X’and ‘Y’, 1° in rotation 135 jobs/hour (13,3 secs/lens):Film applicator convex side Film applicator convex side:Second pad dispenser Second pad dispenser:Second bowl feeder Second bowl feeder:Film applicator concave side Film applicator concave side:Laminar flow box Laminar flow box:Table for rejected lenses Table for rejected lenses:Our company Our company:Products Products:Services Services:References/Experiences References/Experiences:News News:Contact Contact:test

The control unit for single vision semi-finished lenses (MCSFU) is the perfect tool for the free-form laboratories. With a capactity of more than 360 lenses an hour, the MCSFU detects any picking, supply or data error. It measures, accurately and contactless, the radius of the front curve of the single vision semi-finished lenses. The measured data are directly transmitted to the LMS (Lab Management System) software so that the measured data can be taken into account for the calculation. diameter:65-85mm convex base:  0 to -14.5D* (spherical and aspherical) overall thickness :7 to 25 mm edge thickness:0,02 D* in the range from 0D to 10D and 0.04D in the range from 10D to 14.5D ( 0,02 D* in the range from 0D to 10D and 0.04D in the range from 10D to 14.5D (:360 lenses/hour 360 lenses/hour:Conveyor for rejected lenses Conveyor for rejected lenses:Ticket printer for rejected job Ticket printer for rejected job:Our company Our company:Products Products:Services Services:References/Experiences References/Experiences:News News:Contact Contact:test

The Dispatch Packaging Unit for Prescription Lenses is a large scale production machine which gathers both prescription lens envelopes (right and left), a delivery note, ID card, and cleaning clothe along with other accessories; and places them into a larger dispatch envelope. Optional is the automatic sorting between different destinations to reduce and optimize shipping times and costs, while the completely automatic packaging prevents any mispackaging. With the capacity of the machine up to 300 jobs per hour (depending on the materials loaded), the machine can be installed behind the Automatic Packaging Unit for Prescription Lenses. Dimensions:80 x 80 mm => 95 x 95 mm DIN A4 (folded in 3) OR DIN A5 (folded in 2):Printing and folding of delivey notes Printing and folding of delivey notes:Choice between different printing layouts Choice between different printing layouts:Printing of lens ID cards Printing of lens ID cards:up to 300 jobs/hour up to 300 jobs/hour:Printing and dispensing of lens Ident-Card Printing and dispensing of lens Ident-Card:Dispensing of anti-slip film (max. 1 magazine) Dispensing of anti-slip film (max. 1 magazine):Possibility of several dispatch envelope magazines (maximum 3 additional) Possibility of several dispatch envelope magazines (maximum 3 additional):5 wipers magazines 5 wipers magazines:4 booklet magazines 4 booklet magazines:Possibility to have 1 or 2 rows of 16 tour boxes Possibility to have 1 or 2 rows of 16 tour boxes:Our company Our company:Products Products:Services Services:References/Experiences References/Experiences:News News:Contact Contact:test

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.

El sensor flexible está diseñado para hacer que la detección de ultrasonido aerotransportada sea lo más sencilla posible. En este caso, el sensor está instalado en el extremo de un tubo de metal flexible. Además de ser compatible con el SDT340, el SDT270 y con el SDT200, el Sensor flexible puede doblarse, gracias a lo cual permite dar forma al tubo para adaptarse a cualquier tipo de necesidades.