About Two Tip Anti Collision Plasma Holder
Introducing the innovative Two Tip Anti-Collision Plasma Holder, a must-have for plasma torch users. This holder is designed to prevent accidental collisions and damage during operation, ensuring a longer lifespan for your equipment. Its dual-tip design provides stable support for your plasma torch, reducing the risk of wobbling or slipping. Made from durable materials, this holder is built to withstand daily use in industrial settings. Enhance your workflow efficiency and protect your investment with the Two Tip Anti-Collision Plasma Holder.
Structural Features
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- Dual-purpose torch holder designed for both plasma and flame cutting torches.
- Allows installation of plasma and flame cutting torches on the same lifting body.
- Features collision avoidance initial positioning function for plasma and angle adjustment function for flame cutting.
Advanced Anti-Collision TechnologyUtilizing a spring-loaded contact break system and dual tip configuration, this plasma holder quickly detects and responds to obstructions during cutting. The contact break mechanism instantly disconnects power upon collision, shielding the torch and workpiece from damage. This allows for higher operational safety and extended equipment lifespan.
Universal Compatibility and Easy InstallationDesigned with a clamp-on/universal adapter, this holder is suitable for most industrial and CNC plasma torches. Its compact round body and polished, anti-corrosive finish streamline installation onto different torch models, enabling fast setup and secure operation in challenging workshop conditions.
Enhancing Precision and DurabilityWith high-grade steel alloy construction and robust structural rigidity, the holder guarantees stable and accurate plasma torch guidance. The replaceable tips, electrical insulation, and resistance to harsh plasma cutting environments help ensure both precision and durabilitycritical for high-speed, high-force industrial applications.
FAQs of Two Tip Anti Collision Plasma Holder:
Q: How does the Two Tip Anti Collision Plasma Holder prevent torch damage during plasma cutting?
A: The holder uses a spring-loaded contact break sensor system and dual tip design to detect collisions with the workpiece. If an obstruction occurs, the sensor breaks contact, disconnecting power to the torch immediately and preventing physical or electrical damage to the cutting equipment.
Q: What types of plasma torches are compatible with this anti collision holder?
A: This holder supports up to 200A plasma torches and features a universal, clamp-on adapter, making it compatible with most industrial and CNC plasma cutting torches from various brands.
Q: When should I replace the tips of the plasma holder?
A: Tips should be replaced when you notice wear, deformation, or decreased sensitivity in collision detection. Regular inspection during routine maintenance is recommended to ensure optimal protection and performance.
Q: Where can this holder be installed on my plasma cutting machine?
A: The clamp-on/universal mount design allows for installation directly on the plasma torch assembly, making it adaptable to a wide range of industrial and CNC plasma cutting machines.
Q: What is the installation process for the anti-collision holder?
A: Installation is straightforward: clamp the holder onto the plasma torch using the universal adapter, ensuring electrical insulation at contact points. Secure the holder so it aligns with the torchs cutting direction and check the contact break function before operation.
Q: How does using this plasma holder benefit my cutting operations?
A: By preventing torch collisions and electrical faults, the holder reduces equipment downtime, extends torch life, and increases cutting accuracy, especially during high-speed or automated plasma cutting operations.
Q: Can this holder withstand the high temperatures of plasma cutting environments?
A: Yes, the holder is constructed from high-grade steel alloy with excellent heat resistance and provides electrical insulation at critical points, ensuring reliable operation even in harsh plasma environments.