4Bar Factory

The Air Management System automatically regulates and isolates the compressed air provided to machines to improve operational efficiency during periods of inactivity. The unit generates pressure, flow, and temperature data to characterize normal operating conditions and identify trends to compare with similar machines and enable preventative action to maintain optimal system performance. The high-resolution data is accessed by the PLC via fieldbus and SCADA packages via OPC UA.

The ZK2-A is an all-in-one digital vacuum unit that integrates a supply valve, release valve, vacuum pressure switch, suction filter, break flow needle, and silencer into a single, compact body. It increases suction flow by 50% and reduces air consumption by 30% compared to standard single-stage ejectors. Robotics engineers choose the ZK2-A to mount directly onto robot arms and cobots where its lightweight footprint minimizes payload stress. Energy and maintenance managers select it to eliminate the high operating costs associated with continuous-air vacuum generation.

The ZL is a multi-stage vacuum generator engineered to deliver high suction flow rates while reducing air consumption. It integrates an internal suction filter, an exhaust silencer, one-touch tube fittings, and an optional digital vacuum pressure switch for real-time system monitoring. It is used for end-of-arm tooling or suction lifting systems for porous, air-permeable materials—like cardboard cartons, wooden panels, or textiles.

The Pulse Blow Unit is an inline pneumatic accessory designed to convert standard continuous air delivert into an intermittent, pulsed air stream without requiring electrical power, external wiring, or PLC programming. Driven by incoming air supply, the unit uses an internal mechanism to generate high-impact air pulses that improve debris, chip, and liquid removal efficiency by up to 35% compared to continuous blowing. This pulsing action reduces air consumption and energy use by up to 50%.

The AXTS040-X2 pulse blowing valve is installed between an air supply line and the downstream blow nozzles to generate repeated peak pressure bursts that dislodge heavy debris, machining chips, and liquids more effectively than a continuous stream of air. By pulsing the air stream, air consumption and carbon emissions are reduced by 50% or more. Its durable metal seal construction gives it a service life that exceeds 200 million cycles.

The IZG10 ionizer gun is an ergonomic, handheld static control device that combines a high-frequency AC ionizer with a compressed air blow gun. It features a fast static neutralization time of 0.3 seconds allowing operators to simultaneously blow away dust particulates and eliminate static electricity from sensitive workpieces. The ionizer gun is ideal for assembly technicians and cleanroom operators who need to clean resin parts, PCBs, optical lenses, or plastic films before painting, printing, or final assembly.

The SMC CVQ Series is an all-in-one valve mounted compact cylinder that integrates a directional control solenoid valve onto the cylinder body. By eliminating the external tubing and fittings traditionally required to connect a remote valve to an actuator, the CVQ reduces air consumption in the connecting line by roughly, 50% while accelerating pneumatic response times. The valve-cylinder combination is an effective utility saving solution, because it eliminates the dead air volume inside interconnecting air lines and improves air efficiency across high-cycle automated equipment.

The IR precision regulator is a lightweight pneumatic control valve designed to deliver precise downstream pressure stability. It's engineered to minimize fluctuations caused by supply pressure variations or air demand changes. It features an expanded maximum set pressure of up to 0.8 MPa (116 psi) and a relief flow capacity nearly 5x higher than legacy models. Technical professionals in medical device manufacturing, semiconductor processing, and laboratory automation would choose the IR series for applications requiring exact, repeatable pressure control; such as liquid dispensing, leak testing, air bearings, and tension control systems.

The IZS51 series is a bar ionizer with an integrated power supply, designed for static neutralization in various industrial applications. It has a compact and flat profile, with electrical wiring and air piping on the same side, facilitating installation in tight spaces. An optional integrated 2-port valve unit can stop air supply and ion generation during standby, reducing air and current consumption.

The ASR / ASQ air saving speed controllers are specialized cylinder mounted flow control valves engineered to cut air consumption by 25% to 40% without impacting machine cycle times or cylinder actuation speed. OEMs integrate these controllers into new automated machinery to market lower operational utility costs and superior motion stability to their end customers.

The SMC PF3A series is a robust, high-capacity digital air flow sensor, housed in a dust-tight and splash-resistant IP65 enclosure. It's engineered to monitor compressor air lines in industrial settings for plant managers who purchase it to track facility-wide air consumption and detect costly system air leaks.

The SMC ISE20B-L is a high-precision digital pressure sensor designed to measure and monitor positive fluid or gas pressure in industrial environments. It's IP65-rated enclosure makes it suitable for harsh environments. It's sourced by engineers in smart factories that require remote equipment monitoring and OEMs where exact pressure is critical to their machines' operations.

The SMC AFF-D is a particulate filter designed to provide an initial stage of cleanliness in air purification systems. Engineered to remove 99% of 1-micron particles and water droplets, it helps facilities meet strict ISO 8573 compressed air purity standards. It's used to protect downstream pneumatic tools, cylinders, and control valves from the dust, rust, and moisture found in raw compressed air. By integrating this filter into their main air lines, facility managers can prevent premature equipment failure, reduce costly downtime, and deliver increased energy efficiency across their entire pneumatic system.

The AM*-D mist separators are designed for modular connectability and to match the aesthetics of the AC-D series of FRL components.  Flow capabilities are improved beyond the legacy AM series for extended applicability.  These coalescing filters are nominally rated at 0.1 micron for an initial stage of oil removal after a particulate filter.

The SMC AM-D is an advanced filtration unit designed to deliver an initial stage of oil mist and fine particulate removal in compressed air systems. It helps facilities achieve high air quality standards by capturing airborne oil droplets and micro-particles that pass through standard particulate filters. It's sought by engineers and plant managers who need to protect sensitive downstream pneumatic equipment from oil mist contamination. It's engineered to eliminate fine aerosol oil mist and carbon dust that can pass through initial particulate filters and coarser mist separators. This high level of filtration helps facilities achieve the class 1 ISO 8573-1 standards required for sensitive environments, clean rooms, and precision pneumatic instruments like air micrometers.

The series VMG is an energy saving pneumatic blow gun designed for industrial drying, cleaning, and debris blow-off applications. Engineered with an internal balanced poppet valve, it reduces pressure loss and achieves a high blowing impact while consuming less compressed air than traditional blow guns. It is commonly procured to reduce air consumption and lower utility costs without compromising blow-off performance.

The KK130-S coupler is a lightweight, high flow air coupling designed for fast and efficient connection of pneumatic air lines. Unlike conventional quick couplers, the KK130 eliminates steel balls and valve springs which removes internal flow restrictions and increases flow capacity by up to 34%. This reduces pressure drop across connection points, lowers compressor energy consumption, delivers measurable cost savings. Upgrading to these couplers improves tool power and responsiveness, enhances worker ergonomics, and supports energy saving initiatives.

The KN series air nozzles are designed to reduce air consumption in cleaning, drying, and cooling applications. By optimizing air patterns and fluid dynamics, the KN series can cut air usage by 30% to 90% compared to standard open-ended pipe nozzles. They are purchased as a low-cost, high-return retrofit to curtail air waste which is one of the highest energy expenses in manufacturing. They deliver precise air streams for chip removal, part drying, and spot cooling without overburdening the air supply.

The IBG blow gun is a hand held pneumatic tool that is used for operator-led spot cleaning, manual benchtop drying, and clearing chip trays in work cells. It uses rapid, high-pressure air pulses to blast away heavy debris, oil-coated machining chips, and water droplets. It's equipped with an integrated internal air tank and maintains a stable discharge pressure even if inlet pressure drops. The pulse technology reduces energy consumption by as much as 87% and reduces cleaning operation time by as much as 97%.

The IBV blow valve is an automated, stationary, machine-mounted pneumatic valve engineered to deliver localized, high-impact air blasts for industrial cleaning, liquid drying, and debris removal. The IBV uses rapid, high-pressure pulses to generate an initial impact force up to three times higher than traditional valves. It operates hands-free and is used for automated part drying, robotic cell blow-off, conveyor line cleaning, and internal CNC enclosure flushing. By using localized peak pressure, it cuts air consumption by as much as 93%, achieving cost savings while accelerating line throughput.

The MGZ is a reliable, high force pneumatic cylinder engineered to deliver up to double the pushing output force of standard cylinders, without increasing the overall bore size. The internal dual-piston mechanism generates heavy-duty linear power in applications where space constraints prevent installing a larger-diameter cylinder. It supports high lateral loads and offers non-rotating rod options to maintain precise tool alignment.

The CQE compact cylinder features an innovative polygonal piston design that increases the effective piston surface area, delivering up to 1.5 times the force of standard compact cylinders of the same bore size. It also achieves the same level of force with a lower compressed air pressure supply, allowing manufacturers to lower air compressor energy costs across production lines without sacrificing the force needed for reliable machine performance.

The MXQ slide table is a compact pneumatic actuator that combines a dual-cylinder drive mechanism with an integrated recirculating linear guide rail. The MXQ is selected for its pick-and-place mechanisms and precise parts transfer in industries where strict positioning accuracy, smooth linear motion, and high load-bearing capability are critical to maintaining product quality.

The CSX2 is a guided pneumatic actuator that features dual-piston and dual-rod construction to deliver twice the thrust output force of standard single-rod cylinders within a compact footprint. Building on the established CXS framework, the upgraded CXS2 series provides significant performance enhancements, handling up to 7 times more allowable kinetic energy and achieving 2.6 times higher maximum piston speeds.

The VBAE is a pneumatic booster regulator that uses an innovative exhaust-recovery mechanism to reuse internal low-pressure exhaust air. It allows facilities to lower the operating pressure of the main compressor system while boosting pressure only at isolated workstations that require higher force. In this way it reduces compressed air consumption and carbon emissions as much as 40% compared to standard booster regulators.