CoCr Laser Welding Wire Lasertech 0.50 mm – 2 m Spool
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Référence: DLG0LT50
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Laser welding wire Lasertech – 0.50 mm – 2 m spool
Brand:Lasertech
SKU:DLG0LT50
Price incl. VAT:€49.95
Packaging:2-meter spool
Wire diameter:0.50 mm
Lasertech 0.50 mm laser welding wire designed for assembling, extending and repairing chrome-cobalt (CoCr) metal structures in the dental laboratory.
- CoCr repairs
- Clasp additions
- Implant bars
- Frameworks / castings
Professional laser welding wire for dental metals (CoCr)
In both production and repair work, dental laser welding allows fast intervention with a highly localized heat zone. The Lasertech 0.50 mm laser welding wire spool is designed for real laboratory needs: reinforcements, extensions, adjustments and repairs on metal components.
Typical laboratory applications include:
- CoCr frameworks (stellite / cast frameworks): repair, reinforcement or extension.
- Implant bars and connectors: precise local welding.
- Clasps and frameworks: addition, modification or repositioning.
- Orthodontics: small metal structures and adaptations.
Result: precise fusion, structural stability and clean finishing—saving time without compromising strength.
Key benefits of CoCr laser welding wire (dental laboratory)
- Extreme precision: heat applied only where needed, minimizing distortion.
- Very small heat-affected zone: protects resins, composites, ceramics and sensitive areas.
- High mechanical strength: strong joints suitable for long-lasting framework repairs.
- No brazing alloy: direct laser fusion improves material continuity and reliability.
- Ideal for delicate repairs: cracks, clasp additions, saddle reinforcements, framework extensions.
- CoCr compatibility: optimized for chrome-cobalt dental alloys.
- Homogeneous fusion: smooth metal integration with easy finishing.
- Improved productivity: fast process, no complex thermal cycles.
Dental laboratory applications
- Fast repair of metal frameworks and fractured castings.
- Adjustment or extension of CoCr clasps while preserving resin areas.
- Assembly of reinforcements and localized repairs on fixed or removable prostheses.
- Reinforcement and fixation of metal elements according to design.
- Welded areas compatible with finishing workflows (grinding and polishing).
Instructions for use (general guidelines)
- Thoroughly clean the welding area (steam, ultrasonic or fine sandblasting).
- Expose clean, sound metal to ensure proper fusion.
- Add the wire in small increments to avoid excess buildup.
- Use short laser pulses according to machine settings and geometry.
- Visually check fusion continuity and homogeneity.
- After cooling, grind and polish to the desired surface finish.
Note: Laser parameters depend on the machine, alloy and geometry. Always follow your equipment manufacturer’s recommendations.
Technical specifications – Lasertech 0.50 mm
| Specification | Value |
|---|---|
| Brand | Lasertech |
| Reference / SKU | DLG0LT50 |
| Wire diameter | 0.50 mm |
| Length | 2 meters |
| Compatibility | Chrome-Cobalt (CoCr) alloys |
| Use | High-precision laser welding (repair / extension / reinforcement) |
| Packaging | Spool |
Delivery
1 spool of Lasertech CoCr laser welding wire – 2 m – diameter 0.50 mm.
FAQ – CoCr laser welding wire
What is a 0.50 mm laser welding wire used for in dental labs?
It is used to add controlled metal during dental laser welding.
The 0.50 mm diameter offers a strong balance between precision and material input for repairs and extensions on CoCr frameworks.
The goal is to rebuild or reinforce a localized area without heating the entire structure, helping preserve fit and stability.
The 0.50 mm diameter offers a strong balance between precision and material input for repairs and extensions on CoCr frameworks.
The goal is to rebuild or reinforce a localized area without heating the entire structure, helping preserve fit and stability.
Is this Lasertech wire compatible with all dental metals?
This model is intended for Chrome-Cobalt (CoCr) alloys commonly used in dental laboratories.
For other metals (titanium, steel, precious alloys), a dedicated filler wire is recommended to ensure proper fusion and strength.
If needed, confirm compatibility with your laser unit and your laboratory protocol.
For other metals (titanium, steel, precious alloys), a dedicated filler wire is recommended to ensure proper fusion and strength.
If needed, confirm compatibility with your laser unit and your laboratory protocol.
Why choose laser welding instead of brazing?
Laser welding concentrates heat on a very small area, reducing distortion risks.
It enables fast repairs with less thermal stress and often a cleaner metal continuity than brazing solutions.
This is especially useful for delicate work such as cracks, clasps, and framework extensions.
It enables fast repairs with less thermal stress and often a cleaner metal continuity than brazing solutions.
This is especially useful for delicate work such as cracks, clasps, and framework extensions.
How do you get a clean weld that is easy to polish?
Start with a perfectly clean surface and expose healthy metal before welding.
Add the wire in small increments and use short pulses to prevent excess buildup.
After cooling, lightly grind and polish with the appropriate abrasives for CoCr to achieve a smooth, durable finish.
Add the wire in small increments and use short pulses to prevent excess buildup.
After cooling, lightly grind and polish with the appropriate abrasives for CoCr to achieve a smooth, durable finish.
CoCr Laser Welding Wire Lasertech 0.50 mm – 2 m Spool