Suction cup - Import export

How does vacuum handling work? Vacuum handling using suction cups is simple. A pump sucks in the vacuum between the suction cup and the part to be lifted, and stores this vacuum in a chamber dedicated for this purpose. By creating a vacuum, the atmospheric pressure is eliminated in the suction cup enclosure. The product is then pressed against the suction cup by this same atmospheric pressure of 1 kg/cm² (which varies from 950 to 1030 hectopascals); consequently, on a suction cup of 1 m² there is a pressure of 10,000 kg, making it capable of raising this same load. This physical phenomenon makes handling by suction cups an extremely efficient and reliable technique, capable of performing a very large number of handling operations.

MBK83 : dry or slightly wet MBY83PR: dry, slightly wet or with light splashes of oils and greases Advantages: bevelled edges to avoid the risk of falling antislip selfweighted solid construction soundproofing improves working conditions and productivity for people standing very good abrasion resistance yellow edges to delimit safety zones very good grip on the ground thanks to its underside with suction cups

drains (single-function suction cups) to remove air pockets from pressurised pipes KEY FEATURES - Built-in operation monitor - Ductile iron body EN-GJS 400 - Blue epoxy anti-corrosion coating - Minimum pressure: 0.1 bar - For brass 1/4 turn shut-off valve - Operating temperature: 1°C to 70°C - Flange drilling to EN1092-2 standard - A.C.S. certified product

Keeping your soap dry between uses isn't always easy. This floating soap dish will not only help you extend the life of your solid soap, it will also make it easier to use. It's very easy to install, thanks to its magnetic suction cup, and its minimalist design will look great in your bathroom. The soap will appear to float close to the wall. The trick behind this incredible effect? The metal capsule into which you insert the soap, which will then magnetise to the suction cup. A practical accessory that combines elegance and simplicity. How do you use it? Place the suction cup on any clean, smooth surface. Place the suction cup where you want it. Press the stainless steel capsule into the soap, preferably in the centre of one side. If the soap is dry, you can moisten it to make it easier for the capsule to penetrate. All you have to do now is wash your hands.

ACIMEX vacuum lifters are fitted with high temperature (350°) silicon suction cups, which allow steel plates of up to 30 tonnes maximum to be gripped. Between the furnace outlet and the next operation in the manufacturing process, they reduce waiting time and increase productivity. This leading-edge versatile equipment scans the length and width of the steel plates and so determines which suction cups will be appropriate to grip the plate in order to optimize the safety of their grip; and this takes place regardless of the type of material (steel, aluminium, stainless steel, copper, brass, bronze, lead, etc.).

Fitted with rubber suction cups with various shapes and dimensions, ACIMEX aircraft lifters guarantee full respect for the integrity of the parts. An advantage for businesses in the aircraft sector who work daily with parts machined from expensive and noble materials with high added value, such as the carbon. These automatic handling devices can lift up to five tonnes, and guarantee that the aeronautical parts are not damaged or deformed. In addition, these machines with their two separate vacuum circuits provide optimum safety for the operator. The handling equipment that ACIMEX designs thus provides safety and reliability in aircraft sector factories.

No power or under-voltage locking on machine casings Machine protection closing control for harsh environments Antimicrobial handle available Level of performance with AWAX controller: up to PL = e Safety category: up to 4 with AWAX controller or PLC SIL 3 Time before dangerous failure: MTTFd = 100 years Maximum detection activation distance: 2 mm Holding force: up to 936 N (ref. version + OX-R) or up to 820 N (ref. version + OX-E) Safety contacts/diagnostics: 2 x NO 400mA max/24V redundant and 1 x PNP 250mA Detection encoding: mono-code inviolable Reset: automatic or controlled (ref. + OP) Housing mount: 4 tamper-proof M6 screws (optional ref: BH6) Handle attachment: 2 M8 screws Mounting position: 1 Casing material: 316L stainless steel mirror polished (OX version) Suction cup material: Magnetic INOX (ref. + OX) Electrical Connection: 50cm PUR cord with M12 connector Water resistance: IP 67/68 Temperature: -25°C to +50°C (thermal protection for suction cups in case of overheating due to a persistent command) Marking: laser engraving with mechanically punched serial number for permanent traceability

No power or under-voltage locking on machine casings Machine protection closing control for harsh environments 100% stainless steel version available Level of performance with AWAX controller: up to PL = e Safety category: up to 4 with AWAX controller or PLC SIL 3 Time before dangerous failure: MTTFd = 100 years Maximum detection activation distance: 2 mm Holding force: up to 580 N Safety contacts/diagnostics: 2 x NO 400mA max/24V redundant and 1 x PNP 250mA Detection encoding: mono-code inviolable Indicator: LED Reset: automatic or controlled (ref. + OP) Attachment: 4 M4 screws (inviolable on new generation and optional ref.: BH4) Mounting position: 1 Casing material: INOX316L mirror polished (OX version) or POLYCARBONATE (PL version) Suction cup material: INOX (SM1 + OX) or steel (SM1 + PL-AC) Electrical connection: the M12 metal base will be replaced with a 50cm PUR cord with an M12 connector on the new generation Water resistance: IP 67/68 Temperature: -25°C to +50°C. Marking: laser engraving with mechanically punched serial number for permanent traceability (OX version) or screen printed serial number for traceability (PL version)