Pneumatic cylinders and accessories
Pneumatic cylinders convert the energy of compressed air into mechanical motion. In this category, you will find different types of such rollers with many specifications to choose the best one for your operation. And if you're not sure, drop us a line, or see the follow-up text below, to find out how to choose pneumatic cylinders, what the criteria are and where they can be used.
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Pneumatic cylinders are a typical component of automation technology. They allow not only linear movement as you might think. They make it possible and pivoting or swinging motion. This is useful for controlling grippers, robot peripherals and automated workplace equipment. The great advantage of pneumatic cylinders is their cleanliness and safety compared to their hydraulic counterparts. This is especially true as a great benefit for hygienically demanding operations in the food industry or healthcare.
Pneumatic cylinders according to guidance - single-acting / double-acting
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single-acting pneumatic cylinders
(Single-acting pneumatic cylinders can be used for clamping of semi-finished products, as ejectors in various preparations for feeding semi-finished products, lifting them and for other operations. Compared to double-acting pneumatic cylinders of the same dimensions, they have lower air consumption.) -
double acting pneumatic cylinders
(Air is supplied to the piston from both sides, so that both forward and backward movements are realized by compressed air. This allows double-acting cylinders to achieve greater strokes (up to 2 m) than single-acting cylinders.)
When is it appropriate to use a pneumatic cylinder with a magnet?
In all cases where you need to monitor the piston position. Ensuring this tracking is easy - a position sensor is installed on the cylinderwhich detects through the cylinder wall
the field of the magnet integrated in the piston.
CAN STILL COME IN HANDY WHEN CHOOSING AUTOMATION TECHNOLOGY:
- safety valves
- electromagnetic and pneumatic valves
- suction cups and vacuum technology
- plastic hoses
- connecting material
article from the advisory: How to choose a pneumatic cylinder
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Circular cylinders; ISO 6432
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Square cylinders; standard ISO 15 552
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RED circular cylinders; disassembled cylinders
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Profiled cylinders CX and CM; according to CNOMO
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Compact cylinders
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Rodless cylinders
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Threaded cylinders MC
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Short lift cylinders
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Tentacles
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Linear guides for cylinders
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ABS piston rod brakes
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V61 slow-running valves; slow ramp-up
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Vibrators
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position sensors; connecting cables
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Sensor handles; for pneumatic cylinders
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Mounting accessories; cylinder handles and extensions
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Shock absorbers; for end positions
Bestsellers

P-type foot mounting for cylinders according to ISO 6432 with a diameter of 20 to 25 mm. Made of steel.

Pins type SEC AQIS for cylinder diameter 40 mm. Designed for cylinders according to ISO 15 552 dimensional standard. Made of steel, for applications with higher mechanical...

Piston rod fork according to ISO 8140 type FFXISO for cylinders with diameter 8 - 10 mm with connection thread M4x0,7. Made of stainless steel.

Piston rod fork according to ISO 8140 type FFISO for cylinders 25 - 32mm with connection thread M10x1,25

Piston rod fork according to UNI1676 and DIN71752 with connection thread M10x1,5

P-type foot mounting for cylinders according to ISO 6432 with a diameter of 12 to 16 mm. Made of steel.

Shock absorbers in self-adjusting design MC30M1 with M8x1 thread. Spring force 0.9 to 4.45 N.

Type F face flanges designed for cylinders according to ISO 6432 with a diameter of 12 to 16 mm. Made of steel.

AQIS type PB low feet for 32 mm cylinder diameter. Designed for cylinders according to ISO 15 552 dimensional standard. Made of steel, for applications with higher mechanical...

Shock absorbers in self-adjusting design MC600M with M25x1,5 thread. Spring force 5 to 9 N.

Pins type SEC AQIS for cylinder diameter 100 mm. Designed for cylinders according to ISO 15 552 dimensional standard. Made of steel, for applications with higher mechanical...

Articulated sockets for pneumatic cylinder on piston rod according to 8139 and DIN 648-K type RF for 40 mm cylinders with M12 × 1.25 connection thread. Supplied in galvanized...

ASV ALIS type rear lugs for 50 mm cylinder diameter. Designed for cylinders according to ISO 15 552 dimensional standard. Made of aluminium, application for operation with...

Rear fork type CF ALIS for 40 mm cylinder diameter. Designed for cylinders according to ISO 15 552 dimensional standard. Made of aluminium, application for operation with lower...

ASV ALIS type rear lugs for 32 mm cylinder diameter. Designed for cylinders according to ISO 15 552 dimensional standard. Made of aluminium, application for operation with...

Anti-rotation pins type SEC ARAQIS for cylinder diameter 100 mm. Designed for cylinders according to ISO 15 552 dimensional standard. Made of steel, for applications with...

Piston rod fork according to CNOMO 060714 for cylinders with diameter 40 - 50 mm with connection thread M16x1,5

Cylinder end position sensor with 10 m fixed cable connection. Reed relay sensing, for 5-240V AC and DC voltages. Red LED signaling.

Type F face flanges designed for cylinders according to ISO 6432 with a diameter of 20 to 25 mm. Made of steel.

Piston rod fork according to ISO 8140 type FFXISO for cylinders with diameter 12 - 16 mm with M6x1 connection thread. Made of stainless steel.

Cables for supplying current to the cylinder position sensors, 5m long. Equipped with a standard M8 connector

Front flanges type FL AQIS for cylinder diameter 63 mm. Designed for cylinders according to ISO 15 552 dimensional standard. Made of steel, for applications with higher...

Piston rod fork according to ISO 8140 type FFISO for cylinders 50 - 63 mm with connection thread M16x1,5

Shock absorbers in self-adjusting design MC600MH2 with M25x1,5 thread. Spring force 5 to 9 N.

Piston rod fork according to ISO 8140 type FFISO for 40 mm cylinders with connection thread M12x1,25

Shock absorbers in MA150M adjustable design with M14x1,5 thread. Spring force 3 to 5 N.

Shock absorbers in self-adjusting MC25M design with M10x1 thread. Spring force 3 to 6 N.

Shock absorbers in MA225M adjustable design with M20x1,5 thread. Spring force 5 to 10 N.

Cylinder end position sensor with 2.5 m fixed cable connection. Reed relay sensing, for 5-240V AC and DC voltages. Red LED signaling.

Shock absorbers in self-adjusting design MC600MH with M25x1,5 thread. Spring force 5 to 9 N.