Brass universal nose fittings Series 1000
Nose fittings for plastic, copper and brass tubes: Ø 4, 6, 8, 10, 12 mm
Fittings threads: BSP (G1/8, G1/4), BSPT (R1/8, R1/4, R3/8, R1/2)
Series 1000 nose fittings are used with plastic tubes as well as with copper, brass, steel and aluminium tubes.
These fittings, which are suitable for several applications, can be used within pneumatic, oil-pressure and low-pressure hydraulic circuits.
The fittings seats, noses and nuts comply with the DIN 3870-3861 standards.
Check valve – Union straight Mod. CLVNR – Inch
Check valves Series VNV
These check valves are mainly used on vacuum gripper systems containing multiple suction pads in order to shut off individual suction pads which are not covered.
Thread size M5, G1/8, G1/4, G3/8, G1/2
The check valves Series VNV are mainly used on vacuum gripper systems containing multiple suction pads in order to shut off individual suction pads which are not covered or accidently pulled away from the workpiece.
In this way the gripper system can operate correctly maintaining the vacuum level necessary for the application.Applications:
- Handling objects with different shape and dimensions with the same gripping system
Circuit selector Mod. SCS
Coalescing filters Series MC
Ports G1/4, G3/8 and G1/2
Modular
Metal bowl and bayonet-type mounting
Series MC coalescing filters are available with G1/4, G3/8 and G1/2 ports.
The bowls of these filters are made of metal with a transparent sight glass and may have a condensate drain valve which can provide either a manual or semi-automatic function.
Coalescing filters Series MD
Ports with interchangeable cartridges: threaded (1/8, 1/4, 3/8) or integrated with super-rapid fitting for tube with Ø 6, 8 and 10 mm
Modular assembly
Bowl with technopolymer cover and bayonet-type mounting
The coalescing filter is a fine oil separator filter that removes the solids with dimensions from 0,1 to 5 µm and oil vapours with a concentration from 0,01 to 0,1 mg/m³.
For a correct fucntioning they require a pre-filtering.
Given the characteristic of this filter, it is recommended to replace the filter element at least every 12 months or 8000 working hours.Thanks to the solution adopted for the pneumatic connection, it is possible to equip the same element with interchangeable cartridges that can either be threaded, or with an integrated super-rapid fitting, both types available in different sizes.
Intermediate cartridges can be also integrated to join multiple functions or with derivation to draw air.
An additional air intake, with the same characteristic of the outlet air, is available on the front side and on the rear one.
This intake can be used by utilities with limited consumption.
Coalescing filters Series MX
MX2 ports: G3/8, G1/2, G3/4 - MX3 ports: G3/4, G1
Modular
Bowl with technopolymer cover and bayonet-type mounting
The Series MX air treatment components are characterized by a modern, linear and compact design, offering high performances.
The perfect integration between metal alloys and technopolymers has allowed the realization of a reliable product, light and strong at the same time.
Thanks to a new concept of modularity, moreover, the mounting of components has become easier.The Series MX has been realized to offer a multi-sector solution that guarantees saving in terms of installation time, space and costs.
Collaborative Robot Gripper Series CSSP
Size 40
The Seseri CSSP pneumatic gripper provides an innovative solution for cobots used in industrial process applications such as machine tool tending, end-of-line packaging, and assembly.
Its lightweight and compact design optimises available space and cobot payload, ensuring flexibility, safety, ease of use, and efficiency.
Compact cylinders ISO 21287 Series 32
Single and double-acting, non-rotating, auto-cushioned
ø 12, 16, 20, 25, 32, 40, 50, 63, 80, 100, 125 mm
Series 32 cylinders, thanks to their compactness, are suitable for installation in confined spaces.
Being in compliance with the ISO 21287 Standard, the cylinders Series 32 can be used in conjunction with mountings/accessories suitable with ISO 15552 standard.
Compact cylinders Series 31
Double and single-acting, double-acting non-rotating, magnetic
Ø 12, 16, 20, 25 mm
Ø 32, 40, 50, 63, 80, 100 mm UNITOP
The compact dimensions allow Series 31 single and double-acting magnetic cylinders to be installed within confined spaces.
These cylinders are suitable for use with feet, brackets.These cylinders are available in 10 different bore sizes from Ø12 to Ø100.
The guides are inserted in the external profile parallel to the sliding axis on three sides.
These guides are used to locate the switches that sense the piston position.
The construction design of these cylinders provides excellent axis stability.
They are available either with a male or female thread.
These cylinders can be supplied in W version for high temperatures (140°C).
This last version is not magnetic.
Compact cylinders Tandem and Multi-position versions Series 32
Double-acting, magnetic
ø 25, 40, 63, 100 mm
Thanks to their great compactness Series 32 cylinders, Tandem and Multi-position, are suitable to be installed within confined spaces and can be used with the same mounting elements of other standard cylinders ISO15552.
The Tandem version enables to obtain up to 2 times the thrust force of a normal cylinder (standard traction force), while the Multi-position version can obtain up to three positions with one cylinder only.
Compact cylinders, Tandem and Multi-position versions Series 31
Double-acting, magnetic
Ø 12, 16, 20, 25, 32, 40, 50, 63, 80, 100 mm
The compact dimensions allow Series 31 cylinders to be installed within very small spaces. These cylinders are suitable for use with feet, flange and trunnion mountings.
In order to complete the compact cylinder series, two new versions have been introduced: tandem and multi-position. The new Tandem version with 2, 3 or 4 stages generates a thrust force which is 2, 3 or 4 times that of the normal cylinder (standard traction force).
The Multi-position version allows a maximum of 3 different positions which are determined by the stroke of the individual actuators.