Raytools® Compatible Fiber Laser Nozzles D28 H15 M11 – Single & Double Layer  Raytools Style Nozzles
Raytools® Compatible Fiber Laser Nozzles D28 H15 M11 – Single & Double Layer  Raytools Style Nozzles
Raytools® Compatible Fiber Laser Nozzles D32 H15 M14 – Single & Double Layer  Raytools Style Nozzles

Raytools® Compatible Fiber Laser Nozzles D28 H15 M11 – Single & Double Layer

Machinist’s Vault Raytools® compatible D28 fiber laser nozzles are precision-machined for stable gas flow and consistent cut quality across Raytools BM and BS series cutting heads.

Designed to OEM-equivalent dimensions, these nozzles support a wide caliber range and are suitable for mild steel, stainless steel, and aluminum cutting applications in production environments.

Key Specifications

  • Diameter: 28 mm

  • Height: 15 mm

  • Thread: M11

  • Compatible Raytools Heads: BM06K, BS06K, BS12K, BS20K, BS30K, BS40K

  • Caliber Range: 0.8 – 6.0 mm

Raytools® Compatible Fiber Laser Nozzles D28 H15 M11 – Single & Double Layer

Precision-machined copper construction

Reduces burr formation and dross

Optimizes assist gas flow dynamics

Supports consistent cutting performance
$9.00

Per Lens

Choose Your Lens Size & Power

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Caliber (mm)

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10 Nozzles

(No Discount)

$9.00

($27.96 per lens)

15 Nozzles

(5% Discount)

$9.00

($31.50 per lens)

   Most Popular   

20 Nozzles

(10% Discount)

$9.00

($35.00 per lens)

25 Nozzles

(15% Discount)

$9.00

($35.00 per lens)

30 Nozzles

(20% Discount)

$9.00

($35.00 per lens)
Depending on Stock - Expected delivery Feb 17 - Feb 27
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Built for Consistent, High-Quality Cutting

Machinist’s Vault fiber laser nozzles are engineered for reliable gas flow, accurate beam alignment, and dependable performance in daily production cutting environments.

Durable Construction

Manufactured from high-quality copper to withstand thermal stress and maintain consistent performance during continuous cutting operations.

High Optical Efficiency

Precision-machined orifice geometry delivers stable, responsive assist gas flow for cleaner cuts and reduced edge defects.

Precision Fit & Alignment

CNC-machined to tight tolerances to ensure proper seating, accurate alignment, and repeatable results across nozzle changes.

Extended Service Life

Smooth internal surfaces help reduce spatter buildup, supporting longer nozzle life and more consistent cutting quality over time.

OEM-compatible fiber laser nozzles.
Brand references are used for compatibility identification only.

How Nozzle Geometry Controls Burr-Free Laser Cutting

In fiber laser cutting, cut quality depends on how the laser beam, assist gas, and material interact inside the kerf. The nozzle governs this interaction.

Why the Nozzle Is a Process Control Component

The nozzle is not just a consumable. It directly affects edge quality, cutting speed, assist gas consumption, and repeatability. Clean, properly sized nozzles enable stable gas flow and consistent burr-free cutting.

Machinist’s Vault supplies OEM-compatible fiber laser nozzles.
Brand references are for compatibility identification only.

"Engineered with precision machining to control gas flow, maintain cut quality, and reduce downtime."

General Installation

Proper installation ensures optimal protection, beam quality, and extended service life of your laser optics.

Power off the machine and allow the cutting head to cool

Wear clean gloves to prevent contamination

Ensure the nozzle holder and surrounding area are free of spatter, dust, or debris

Remove components in the following order:

 

1. Existing nozzle

2. Inspect nozzle holder threads and sealing surface

 

⚠️ Important:
If spatter or buildup is present, clean the holder before installing a new nozzle. Installing a nozzle on a contaminated surface can disrupt gas flow and cause burrs.

Install components in this order:

 

1. Thread new nozzle into the nozzle holder

2. Hand-tighten until seated flat

3. Do not overtighten

 

✔ Ensure the nozzle sits flush and centered
✔ No tilt or cross-threading

Step 3 — Install New Nozzle

Step 2 — Remove Existing Nozzle

Step 1 — Prepare

Check nozzle alignment and standoff distance

Verify nozzle diameter matches the cutting program

Run a low-power or test cut before full production

 

Proper seating and alignment are critical for stable gas dynamics and consistent cut quality.

Step 4 — Verify & Test

⚠️ Installation Notice

Installation procedures may vary depending on the laser head brand and model.
Always follow the manufacturer’s recommended installation instructions for your specific laser system.

Machinist’s Vault products are designed for compatibility across multiple brands, but component order, orientation, and torque specifications can differ between Trumpf, Raytools, Precitec, Bodor, Bystronic, Amada, and others.

If you are unsure, consult your machine manual or contact a qualified technician before installation.

FAQs

Got questions? We’ve got answer...

What is the difference between single-layer and double-layer nozzles?

Single-layer nozzles are used for fusion (melting) cutting with nitrogen and are commonly used on stainless steel, aluminum, and brass.

 

Double-layer nozzles are used for oxidative cutting with oxygen and are typically used for carbon steel.

 

Choosing the correct nozzle type is critical for stable cutting performance.

Which assist gas should I use with my nozzle?

Nitrogen (N₂): Used with single-layer nozzles for clean, oxidation-free cuts

 

Oxygen (O₂): Used with double-layer nozzles for faster cutting of carbon steel through an exothermic reaction

How does nozzle diameter affect cutting performance?

Nozzle diameter directly affects gas flow rate and velocity. Larger diameters increase gas consumption and can destabilize flow. Smaller diameters improve gas efficiency and cut quality when properly matched to material thickness. As a rule, use the smallest nozzle diameter that produces a clean cut.

Can the wrong nozzle cause burrs?

Yes. Burrs are often caused by:

-Incorrect nozzle type

-Improper nozzle diameter

-Wrong standoff distance

-Spatter buildup inside or on the nozzle

Even with correct laser settings, poor nozzle selection or condition can lead to burr formation.

Are Machinist’s Vault nozzles OEM-compatible?

Yes. Machinist’s Vault fiber laser nozzles are OEM-compatible and designed to fit most common fiber laser cutting heads.

 

All brand references are used for compatibility identification only.

Does a dirty nozzle affect gas consumption?

Yes. Spatter or contamination disrupts gas flow, often causing operators to increase gas pressure to compensate. This leads to higher gas consumption and reduced cut quality.

Keeping nozzles clean helps control operating costs.

How often should I change or replace a nozzle?

Nozzles should be replaced when you notice:

 -Spatter buildup that cannot be cleaned

 -Worn or damaged orifice

 -Inconsistent cut quality

 -Increased burr formation

Regular inspection is recommended, especially in high-production environments.

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Raytools® Compatible Fiber Laser Nozzles D28 H15 M11 – Single & Double Layer  Raytools Style Nozzles
Raytools® Compatible Fiber Laser Nozzles D28 H15 M11 – Single & Double Layer  Raytools Style Nozzles
Raytools® Compatible Fiber Laser Nozzles D32 H15 M14 – Single & Double Layer  Raytools Style Nozzles

Raytools® Compatible Fiber Laser Nozzles D28 H15 M11 – Single & Double Layer

$9.00