22:I[4298,["/_next/static/chunks/1wga-ezq2f_9u.js","/_next/static/chunks/1391uvikh1lrj.js","/_next/static/chunks/3aprs7_i0cwg_.js","/_next/static/chunks/0789jur78cll3.js","/_next/static/chunks/2magrkn65ldza.js","/_next/static/chunks/3s4um_owbis7m.js"],"TagAggregationClient"] 25:I[6925,["/_next/static/chunks/1wga-ezq2f_9u.js"],""] 23:T225b,

Automated Nozzle Cleaning & Auto-Centering for Fiber Laser Cutting Heads

This system is an in-line auxiliary unit for fiber laser cutting machines. It automates two maintenance tasks that are normally done manually: cleaning the cutting nozzle and verifying its concentricity with the laser beam. By integrating these steps into the machine's PLC, the system reduces unplanned downtime and removes the variability of manual alignment.

Key confirmed specifications: Brush + air-jet cleaning, ±0.05 mm centering accuracy, ≤15 s full cycle, post-collision recalibration, PLC integration with maintenance logging.

How It Works

The system is mounted directly on the machine's slat worktable, within the cutting area. When a cleaning cycle is triggered (manually or via PLC schedule), the cutting head moves to the cleaning station. A rotating wire brush removes slag, spatter, and oxide buildup from the nozzle orifice and outer surface, while a compressed air jet clears away dislodged debris. The head then moves to the centering sensor, which measures nozzle position relative to the beam axis and automatically corrects any offset.

After a nozzle collision (a common event in laser cutting), the system can be used to recalibrate the nozzle position, restoring accurate beam alignment without manual intervention.

Why This Matters for Your Production

Consistent cut quality: A clean, correctly centered nozzle ensures stable gas flow and beam focus, which directly affects edge quality and cutting speed.
Reduced downtime: Automated cleaning cycles take ≤15 seconds, compared to several minutes of manual work per shift.
Less operator dependency: The system performs the task to a fixed standard every time, eliminating human error.
Maintenance logging: The PLC records each cleaning/centering event, giving you a clear maintenance history for quality audits and troubleshooting.

Specifications at a Glance

Cleaning Method

Rotating brush + air jet

Centering Accuracy

±0.05 mm

Cycle Time

≤15 seconds

Integration

PLC, with maintenance logging

Special Function

Post-collision recalibration

Mounting

On machine slat worktable

Compatibility & Customization

The system is designed for flatbed fiber laser cutting machines with a standard slat worktable. The mounting base and integration interface can be customized to match your machine model and cutting head size. Please provide your machine specifications when inquiring.

Detailed dimensions, material specifications, and warranty terms are available upon request.

Manufacturer Backing

Manufactured by Shandong Xinhong CNC Technology Co., Ltd., a high-tech enterprise founded in 2005, specializing in fiber laser cutting, welding, and auxiliary equipment. Xinhong operates an ISO 9001:2015 certified quality management system covering R&D, production, and after-sales service. Our equipment is CE marked for European markets, and we supply to sheet metal fabricators, automotive component manufacturers, and industrial OEMs across Europe and globally.

Xinhong works with world-class laser source partners including IPG (USA), RAYCUS, and GW, ensuring beam quality and long-term reliability in our systems.

Buyer FAQ

Will this system fit my existing laser cutting machine?

It is designed to mount on the standard slat worktable of most flatbed fiber laser cutting machines. We will customize the mounting base and integration interface to match your machine model and cutting head size once you share your specifications.

What cleaning methods does it use?

It combines a rotating wire brush (mechanical cleaning) with a compressed air jet to remove slag, spatter, and oxide buildup from the nozzle.

Do I need to operate it manually?

No. When integrated with your machine's PLC, cleaning and centering cycles can run automatically at set intervals or after a number of cutting jobs. It also supports on-demand recalibration after a nozzle collision.

Is integration documentation provided?

Yes, we provide integration support and documentation for PLC integration, along with technical guidance from our engineering team. Specific interface protocols can be shared after you confirm your machine control system model.

Can it replace manual nozzle cleaning and alignment?

It automates the entire cleaning and centering process, reducing downtime and eliminating variation from manual work. The confirmed accuracy and cycle time are listed above.

Get a Customized Quotation

To help us provide an accurate quotation and confirm compatibility with your existing fiber laser cutting machine, please share your machine model, cutting head type, and your specific maintenance requirements when you send your inquiry.

Request Product Details

24:T2243,

Automated Nozzle Cleaning & Auto-Centering for Fiber Laser Cutting Heads

Key confirmed specifications: Brush + air-jet cleaning, ±0.05 mm centering accuracy, ≤15 s full cycle, post-collision recalibration, PLC integration with maintenance logging.

How It Works

After a nozzle collision (a common event in laser cutting), the system can be used to recalibrate the nozzle position, restoring accurate beam alignment without manual intervention.

Why This Matters for Your Production

Consistent cut quality: A clean, correctly centered nozzle ensures stable gas flow and beam focus, which directly affects edge quality and cutting speed.
Reduced downtime: Automated cleaning cycles take ≤15 seconds, compared to several minutes of manual work per shift.
Less operator dependency: The system performs the task to a fixed standard every time, eliminating human error.
Maintenance logging: The PLC records each cleaning/centering event, giving you a clear maintenance history for quality audits and troubleshooting.

Specifications at a Glance

Cleaning Method

Rotating brush + air jet

Centering Accuracy

±0.05 mm

Cycle Time

≤15 seconds

Integration

PLC, with maintenance logging

Special Function

Post-collision recalibration

Mounting

On machine slat worktable

Compatibility & Customization

Detailed dimensions, material specifications, and warranty terms are available upon request.

Manufacturer Backing

Xinhong works with world-class laser source partners including IPG (USA), RAYCUS, and GW, ensuring beam quality and long-term reliability in our systems.

Buyer FAQ

Will this system fit my existing laser cutting machine?

What cleaning methods does it use?

It combines a rotating wire brush (mechanical cleaning) with a compressed air jet to remove slag, spatter, and oxide buildup from the nozzle.

Do I need to operate it manually?

Is integration documentation provided?

Can it replace manual nozzle cleaning and alignment?

It automates the entire cleaning and centering process, reducing downtime and eliminating variation from manual work. The confirmed accuracy and cycle time are listed above.

Get a Customized Quotation

Request Product Details

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