Precision Stopping Without Compromise

At its core, the DFST is engineered to gently stop moving loads without impact vibration or noise, thanks to its integrated shock absorber design. This isn’t just a comfort feature—it directly protects both the conveyed product and the system itself. In applications like pallet transfer, accumulation zones, or indexed assembly, uncontrolled stopping can lead to product damage, mechanical wear, and inconsistent positioning. The DFST mitigates these risks by absorbing energy smoothly, ensuring consistent, repeatable stopping performance.

Built for Real-World Loads

One of the standout engineering advantages of the DFST is its ability to handle significant impact loads—up to heavy-duty workpieces depending on size selection. In practical terms, this means fewer compromises when designing conveyor systems that handle mixed payloads or heavier assemblies. Whether it’s automotive components, packaging pallets, or industrial subassemblies, the DFST provides a robust solution that maintains performance under demanding conditions.

Adjustable Damping for Application Flexibility

From an application engineering standpoint, versatility is a major differentiator. The DFST incorporates an adjustable shock absorber that allows engineers to fine-tune damping characteristics based on load and speed. This adjustability is crucial when dealing with varying product weights or line speeds, enabling optimization without redesigning the system.

Even more practical—the shock absorber can be adjusted or replaced without removing the assembly, minimizing maintenance downtime and simplifying lifecycle management.

Flexible Installation and Operation

The DFST’s rotatable toggle lever mechanism offers adjustable stopping direction (e.g., 90°, 180°, 270°), giving engineers flexibility in system layout and integration. In space-constrained conveyor systems or modular automation cells, this type of configurability reduces complexity during design and installation.

Additionally, the availability of single-acting or double-acting configurations supports a wide range of control strategies—from simple spring-return systems to more advanced pneumatic control schemes.

Stability, Repeatability, and Control

Mechanical stability is another key engineering benefit. The DFST features a stable guide rod and sturdy construction, designed for long service life in industrial environments. This ensures reliable operation even in high-cycle applications.

For process control and automation integration, position sensing options—including proximity sensors for both piston and toggle lever position—allow seamless feedback into PLC or control systems. This enables precise synchronization with upstream and downstream processes, which is essential for automated lines.

Designed for Clean, Consistent Flow

A unique advantage of the DFST is its ability to maintain clean and controlled material flow. The optional toggle lever locking mechanism ensures that once a product is stopped, it remains securely in position—even against residual forces from the shock absorber. This is especially valuable in indexing applications where positional accuracy is critical.

At the same time, features like toggle lever deactivation allow temporary bypass of the stop function, giving operators flexibility during setup, commissioning, or maintenance.

Why Engineers Choose the DFST

From a design perspective, the DFST delivers value across three key areas:

• Performance: Smooth, controlled stopping protects products and equipment
• Flexibility: Adjustable damping and configurable orientation adapt to evolving system needs
• Reliability: Durable construction and sensing options support long-term, high-cycle operation