Bodor® Compatible Fiber Laser Welding – Focusing, Collimating, Protective & Reflective Optics Fiber Laser Welding Consumables

Bodor® Compatible Fiber Laser Welding – Focusing, Collimating, Protective & Reflective Optics

Name: Bodor® Compatible Fiber Laser Welding – Focusing, Collimating, Protective & Reflective Optics
Brand: Machinist's Vault
Price: 40.0 CAD
Availability: InStock

Machinist’s Vault Laser Welding & Cutting Lenses are precision-engineered optical components designed for high-power fiber laser applications. Our range includes focusing lenses, collimating lenses, protective windows, reflective optics, and specialty laser lenses, built to meet the demands of modern industrial laser systems.

Manufactured using high-grade optical materials and advanced coating technologies, these lenses deliver excellent beam transmission, thermal stability, and resistance to contamination. They are suitable for continuous-duty laser welding and laser cutting environments where accuracy, durability, and uptime are critical.

Machinist’s Vault lenses are compatible with a wide range of fiber laser heads and are ideal for production shops, integrators, and OEM applications seeking dependable optical performance at a competitive cost.

Bodor® Compatible Fiber Laser Welding – Focusing, Collimating, Protective & Reflective Optics

Optical-grade materials

High-transmittance AR coatings

Protects internal laser optics

Supports stable cutting performance

$40.00

Per Lens

Choose Your Lens Size & Power

Title

Type & Size

Collimating Lens: D16x5 F50 3kW

Focusing Lens: D20x4.5 F150 3kW

Protective Lens: D18x2 3kW

Receive Bulk Discount

Title

5 Lenses

(No Discount)

$40.00

($27.96 per lens)

10 Lenses

(5% Discount)

$40.00

($31.50 per lens)

Precision Materials. Proven Performance

Machinist’s Vault protective windows are engineered with optical-grade materials to protect laser heads, maintain beam quality, and reduce downtime.

Protects Critical Optics

Acts as a sacrificial barrier against spatter, smoke, and debris

High Optical Efficiency

99.98% transmittance preserves beam power and cut quality

Precision Fit & Alignment

Tight roundness and tolerance control ensures proper seating and sealing

Extended Service Life

Reduces contamination-related lens failures and downtime

Engineered for demanding industrial fiber laser cutting systems

Anatomy of a High-Performance Protective Window

Engineered with multi-layer anti-reflection coatings and optical-grade fused silica to withstand extreme laser power while preserving beam integrity.

Lens Protection

Thermal Stability

Beam Clarity

Spatter Resistance

Sealed Fit

Extended Service Life

"Engineered with precision materials to protect optics, preserve beam quality, and reduce downtime."

John L. - Fiber Laser Service Engineer

General Installation

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

Power off the machine and allow the laser head to cool.
Wear clean gloves and ensure all surfaces are free of dust or debris.

Remove components upward in order:

1.Fixed Ring

2. Protective Window

3. Sealing Ring

⚠️ Always follow the removal direction to avoid damage.

Install components in reverse order:

1. Sealing Ring

2. New Protective Window

3. Fixed Ring

Ensure the window sits flat and centered.

Step 3 — Install

Step 2 — Remove

Step 1 — Prepare

Check alignment and sealing.
Run a low-power test before resuming full operation.

Step 4 — Verify

⚠️ 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 protective windows 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...

How often should I replace a protective window?

Depends on your cutting environment and power — check regularly for signs of residue build-up or surface damage.

What if the AR coating gets scratched?

Scratches can increase reflection and loss — replace the window if the surface integrity is compromised.

Can I use these on any laser brand?

Yes — as long as you select the correct diameter and thickness for your head model.

What happens if I don’t use a protective window?

Back-spatter and debris can directly hit internal lenses, significantly raising replacement costs and downtime.

Are these original OEM parts?

No. Machinist’s Vault protective windows are OEM-compatible replacements, not original manufacturer parts.
They are engineered to meet or exceed OEM performance specifications.