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SMC rešenja za vakum
Stručnost SMC-a vam pomaže da postignete rezultate koje zahtevate od svog sistema. Naši stručnjaci nude optimalno rešenje koje savršeno odgovara vašim potrebama. Godine znanja o aplikacijama za vakum, zajedno sa širokim spektrom SMC proizvoda, savršeno se uklapaju u ispunjavanje svih vaših potreba vakumom.
SMC vas podržava u celom vakuumskom sistemu,od filtracije i regulacije do alata za kraj ruke (EOAT), pokušavajući da ponudi najefikasnije rešenje koje štedi energiju, istovremeno pružajući visoke performanse i pouzdanost. Kao potpuni dobavljač automatike, nudimo jedinstvena rešenja na tržištu: kombinovani razvodnik ventila i ejektora, bežični sistem, cilindar sa vakuum gumicama, vazdušno pojačalo, itd.
Postoji mnogo aspekata kojih treba da budete svesni kada dizajnirate sistem za vakum, a verovatno se na vrhu liste nalaze pametna rešenja za vakum zahvaljujući mogućnostima koje donose. SMC nudi pametne razvodnike koji pružaju preciznu kontrolu i komunikaciju koja vam omogućava da implementirate strategiju praćenja stanja i prediktivnog održavanja kako biste svoje mašine uklopili u IIoT.
Saznajte više o vakuumskoj tehnologiji kroz stavove naših stručnjaka o ovoj temi. Kliknite ovde
Choose the references to complete your vacuum system and check availability at a glance
Pads
Ejectors
Filters
Switches
Regulators
Collaborative robots
Potpuno poznavanje radnog predmeta uvek treba da bude vaša polazna tačka za bilo koji projekat koji uključuje sistem za rukovanje vakumom. SMC nudi širok izbor vakumskih gumica koji ispunjavaju sve vaše zahteve.
Benefit from a wide range of pads and easily select the most suitable one for your application thanks to the advanced search function.
Handle different sizes, materials & shapes gently with the mark-free Bernoulli and cyclone-type grippers.
Simplify the mounting thanks to the easy design that integrates a vacuum pad with an efficient ejector in a compact single unit.
With the world's first integrated Wireless valve system, any robotic application can benefit from both reduced installation time and costly production downtime. Easier and cost-effective with no industrial communication cables.
Max. suction flow rate: 16 l/min (ANR). Fit it anywhere, as light as 2.4 g, and overall length between 17 to 59 mm.
Max. suction flow rate: 155 l/min (ANR). Achieve great suction capacity in a compact and lightweight body with a wide range of combinations available.
Max. suction flow rate: 22 l/min (ANR). Slim and compact unit with energy-saving function for end-of-arm tooling.
Max. suction flow rate: 74 l/min (ANR). Communicate remotely, control and monitor up to 16 ejectors via IO-Link and PROFINET with IP65 protection enclosure for medium/harsh environments.
Max. suction flow rate: 89 l/min (ANR). Highly configurable integrated unit with 2-stage ejector, energy-saving function and high-noise reduction silencer.
Max. suction flow rate: 600 l/min (ANR). Introduce efficiency in your vacuum applications with the 3-stage diffuser construction.
Pogledajte naše filtere koji sprečavaju probleme u vakumskoj opremi uzrokovane zagađivačima u vazduhu. Sa njima je moguće postići ili prekoračiti deklarisani radni vek komponenti, što može značajno uštedeti na troškovima održavanja.
Max. flow rate with vacuum pressure: 100 l/min (ANR). Mount it as you wish with flexible in-line orientation, positive and negative pressure in a single unit and easy visualisation of the filtration element.
Max. flow rate with vacuum pressure: 660 l/min (ANR) Profit from an optimised solution in vacuum filtering with dust and water droplet removal in a single solution and filtration ratings of 5, 40, 80 µm.
Max. flow rate with vacuum pressure: 660 l/min (ANR). Effectively remove over 90 % of droplets from the air sucked into vacuum pumps and ejectors.
Da li treba da znate kako funkcioniše vaša vakumska instalacija? Potrebe za merenjem senzora su ogromne koliko i rešenja koja imamo da im odgovorimo.
Get it right when a lack of available machine space is an issue with our 9.8 mm width switch that includes copy function and multi–angle direction visibility.
Get more information at a glance since 2 specified items can be displayed simultaneously with 3 setting modes while enjoying IO-Link advantages.
Simplify the operation with four different display settings, clearly separated rubber button controls and reduce wiring work and maintenance with plug-in connectors.
Discover a wide range of solutions that will adapt to your specific needs, from IP65 enclosure up to a pressure rate of 10 MPa.
Benefit from exceptional portability to take the pressure measurements any time, anywhere and get the most out of the multiple functionalities.
When several tools have to be used in the same robot application, don't hesitate, take a look at our next product.
Take advantage of single-sided connections for ease of installation and panel mounting, with built-in one-touch fittings and a maximum flow rate of 240 l/min.
Control your application simply thanks to the dynamic control of air pressure by electrical signals and integrated LED display while getting ready for the IIoT with IO-Link.
Postignite fleksibilna i jednostavna rešenja spajanjem kobota i krajnjih aktuatora Fleksibilnost, laka integracija i brz rad su 3 zahteva koja industrija sve više zahteva za automatizacijom, iste 3 karakteristike koje postižu kolaborativni roboti – ili koboti.
Universal Robots
FANUC CORPORATION
OMRON Corporation and TECHMAN ROBOT Inc.
Mitsubishi Electric Corporation
YASKAWA Electric Corporation
Kawasaki Heavy Industries
Advanced solutions
Energy efficiency
Smart communication
Imate li izazov? Mi smo dorasli tome! Specijalizovana rešenja sa kojima SMC omogućava da se nosite sa svime što vam je potrebno.
Produce high velocity, high volume, low-pressure output airflow while reducing air consumption by 70 % with a light, maintenance-free simple and easy-to-operate solution
Suitable for various applications such as the adsorption of wet workpieces and environments where it is exposed to water, with a maximum operating temperature of 260 °C.
Save space with the air cylinder that provides a vacuum passage in the rod to install a vacuum pad up to Ø 50 mm.
Sada želimo da sa vama podelimo naša rešenja za energetsku efikasnost koja će vam pomoći da prihvatite dobre energetske politike za vaše poslovanje na veoma intuitivan i jednostavan način.
No need for switching operations when changing workpieces with the possibility of restricting the reduction of vacuum pressure even when the vacuum pad is not holding the workpiece
SMC radi na pametnoj komunikaciji na dva načina: pružajući podršku našim klijentima u specifičnim rešenjima i nudeći najsavremenije proizvode, kao što je naš jedinstveni bežični Fieldbus sistem i širok spektar IO-Link rešenja, čime vašoj fabrici obezbeđuje pametnu digitalizaciju i automatizaciju.
Compact 5-Port solenoid valves and vacuum ejectors combined in a single manifold. The vacuum manifold with up to 8 ejectors is highly flexible and benefits from the fieldbus communication for the remote control and monitoring.
Unique in the market, the wireless fieldbus system allows the connection of up to 1280 inputs / 1280 outputs to one base without communication cables. Secure, robust and reliable communication is assured.
By Irina Hermann, Product Manager, SMC Germany
JUNE 2022 We all know that the centrepiece of any vacuum system is the application and system layout, typically involving the method of vacuum generation, and thus whether you use ejectors or pumps to generate the negative pressure and transfer the workpieces. However, there are many more important system components which, if overlooked, could mean that your vacuum handling unit fails to perform at its optimum level.
Read more
By Tom Litster, Engineer, Air Equipment, SMC European Technical Centre
JUNE 2022 The performance of your vacuum handling system is typically only as good as its configuration for the specific application in hand. This of course makes direct reference to the workpiece you are looking to lift or transfer in terms of its weight and shape, for example, while further considerations include target cycle time and stroke travel. Upon establishing these factors it becomes possible to experiment with vacuum level, pad diameter and number of pads to deliver the optimal-performing vacuum handling system, one that is fast, reliable and energy-efficient.
