The Festo DFM-32-60-B-PPV-A-KF is a high-performance guided pneumatic actuator designed for applications requiring precise linear motion with high load capacity and stability. With an integrated guide system and durable build, this guided drive is ideal for automation tasks in demanding industrial environments such as packaging, electronics, assembly, and material handling.

Whether you’re aligning, lifting, stopping, or pressing components, this drive delivers repeatable performance with minimal deflection. It’s a compact solution for tight spaces where accuracy, strength, and reliability are essential.

Why?

Because precision matters—especially when space is tight, forces are high, and every millimeter counts. The Festo DFM-32-60-B-PPV-A-KF offers a compact all-in-one solution that combines power, stability, and control. It’s designed to simplify complex motion tasks, reduce wear, and elevate automation performance where failure isn’t an option.

What Problem Does It Solve?

Traditional actuators often struggle with side loads, misalignment, or excessive footprint. This guided drive eliminates those issues by integrating a rugged guide system that ensures straight, reliable motion—no extra parts needed. It streamlines design, improves accuracy, and enables efficient, repeatable operations in even the most demanding industrial setups.

Manufacturer Part Number: Festo 532318
Festo Guided Cylinders: DFM-32-60-B-PPV-A-KF

The Festo DFM-32-60-B-PPV-A-KF, with MPN 532318, is a highly reliable guided cylinder, crafted to meet the demands of modern industrial applications. This double-acting pneumatic cylinder offers exceptional precision and durability, designed for both robustness and high performance in various settings.

Key Features:

Double-Acting Configuration: Enhances operational flexibility and efficiency.
Recirculating Ball Bearing Guide Rods & Yoke Plate: Ensures smooth motion and increased stability.
32 mm Bore with a 60 mm Stroke: Provides adequate displacement for a variety of tasks.
G1/8 Pneumatic Connection Ports: Offers standard connectivity for ease of integration.
Adjustable Pneumatic Cushions: Minimizes impact at stroke ends, extending cylinder life.
Proximity Switch Ready: Facilitates easy installation of sensors for position monitoring.

Benefits:

Enhanced Accuracy and Repetition: Ideal for applications requiring precise motion control.
Durability in Harsh Environments: Built to withstand challenging industrial environments.
Reduced Maintenance Needs: Designed for longevity and minimal upkeep.

Applications:

Automation Systems: Plays a pivotal role in automated manufacturing and assembly processes.
Testing and Quality Control: Critical for precision tasks in testing setups.
General Pneumatics: Adaptable to a wide range of pneumatic systems across various sectors.

Technical Data

Feature	Specification
Stroke	20 mm … 400 mm
Piston diameter	32 mm
Drive unit operating mode	Yoke
Cushioning	Elastic cushioning rings/pads at both ends Pneumatic cushioning, adjustable at both ends Pneumatic shock absorber, soft characteristic curve
Mounting position	Any
Guide	Sliding guide Recirculating ball bearing guide
Structural design	Guide
Position sensing	For proximity sensor
Variants	Heat-resistant seals max. 120°C
Operating pressure	0.15 MPa … 1 MPa
	1.5 bar … 10 bar
Mode of operation	Double-acting
CE marking	as per EU explosion protection directive (ATEX)
UKCA marking	acc. to UK EX instructions
Explosion prevention and protection	Zone 1 (ATEX) Zone 2 (ATEX)
ATEX category gas	II 2G
Type of ignition protection for gas	Ex h IIC T4 Gb
Explosive ambient temperature	-20°C <= Ta <= +70°C
Operating medium	Compressed air as per ISO 8573-1:2010 [7:4:4]
Information on operating and pilot media	Operation with oil lubrication possible (required for further use)
Corrosion resistance class (CRC)	0 – No corrosion stress 2 – Moderate corrosion stress
LABS (PWIS) conformity	VDMA24364-B1/B2-L
Ambient temperature	-20 °C … 120 °C
Impact energy in the end positions	0.2 J … 0.4 J
Theoretical force at 6 bar, retracting	415 N
Theoretical force at 6 bar, advancing	482 N
Alternative connections	See product drawing
Pneumatic connection	G1/8
Note on materials	RoHS-compliant
Cover material	Wrought aluminum alloy
Seals material	NBR
Housing material	Wrought aluminum alloy
Piston rod material	High-alloy stainless steel

Download DFM-32-60-B-PPV-A-KF Datasheet

Applications

1. Clamping in Manufacturing Lines

In automated production cells, parts like stamped metals or small assemblies need secure clamping during machining or inspection. The DFM’s high rigidity and twin-rod guidance provide precise alignment and strong holding force, eliminating lateral movement. This ensures high accuracy during high-speed operations and prevents part slippage—critical for weld quality or dimensional checks.

2. Heavy Load Lifting & Positioning

When handling heavy components vertically—such as automotive subassemblies or tooling—the guided actuator’s robust structure maintains accurate linear motion without bending under load. The combination of strong piston force and rigid guiding ensures smooth travel and repeatable stopping points, which are essential for lifting, stacking, or load-transfer applications in tight automation cells.

3. Reliable Stopping in Conveyor Systems

In high-speed conveyors, stopping moving products with precision is critical to avoid collision or misplacement. The DFM’s adjustable cushioning and rigid guide system absorb kinetic energy smoothly and align objects accurately. This makes it ideal for use as a mechanical stop or end-position control unit, especially in packaging or logistics systems where timing and alignment are key.

4. Space-Constrained Pressing Tasks

For machines that require compact integration—such as small presses in electronics assembly—the DFM guided drive offers both linear actuation and guidance in one unit. Its small footprint eliminates the need for separate guide rods, while still delivering consistent pressing force and motion stability. This allows designers to save space without sacrificing performance in tight installations.

5. Battery Module Handling in Clean Environments

During lithium-ion battery production, clean conditions and safe materials are essential. The DFM series supports variants free from critical materials like copper and zinc, helping meet contamination-sensitive standards. Combined with ATEX compatibility and soft cushioning, it enables precise, repeatable handling of cells or modules in hazardous or cleanroom-rated zones without sparking or particle release.

Festo Accessories (Recommended)

Mounting Kits & Brackets – For easy and secure installation of DFM guided drives in various orientations
Proximity Sensors (SME/SMT Series) – Enable accurate position feedback and automation integration
Shock Absorbers (YSR Series) – For enhanced energy absorption and extended lifespan in high-speed applications
Tubing & Fittings (QS Series) – Push-in fittings for fast, leak-free pneumatic connections
Compressed Air Preparation Units (MS Series) – Ensure clean, regulated air supply to maximize drive performance

Festo Guided Drives

DFM-32-80-B-PPV-A-KF – 80mm stroke version with identical guiding design and increased range
DFM-25-50-B-PPV-A-GF – Compact version with 25mm bore and 50mm stroke for space-limited applications
DFM-40-100-P-A-GF – Heavy-duty model for larger force and travel distance needs
DFM-20-25-P-A-GF – Ideal for delicate handling in precision automation setups

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