Medical
Processing Cases
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Precision metal components are widely used in medical devices, implants, surgical instruments, and other critical medical applications. Traditional laser processing can generate heat-affected zones, recast layers, burrs, and thermal deformation. These defects can increase the need for secondary finishing and affect component consistency.
Watlaser Water Guided Laser technology uses a high-speed water jet to guide the laser beam while continuously cooling the workpiece during machining.
This enables
· Minimal thermal damage
· Excellent surface quality
· Reduced burr and recast formation
· High dimensional accuracy
· Stable and repeatable processing
· Reduced secondary finishing
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Zirconia (ZrO₂) is widely used as a high-performance ceramic material in medical applications because of its hardness, wear resistance, chemical stability, and biocompatibility.
However, its hard and brittle characteristics make precision machining challenging.
Watlaser Water Guided Laser technology enables high-precision machining of zirconia while minimizing thermal and mechanical damage.
Processing Performance
· Dimensional accuracy: ±5 μm
· Excellent positional accuracy
· Smooth and flat sidewalls
· Reduced edge chipping
· High processing consistency
Medical devices and implants require extremely high standards for dimensional accuracy, surface quality, material integrity, and manufacturing consistency.Watlaser Water Guided Laser technology combines laser precision with continuous water cooling to provide a low-thermal-impact, non-contact machining solution for advanced medical materials and precision components.
Medical
Related Information
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Water Guided Laser Technology Breakthrough: Watlaser Surpasses Imported Equipment
Water Guided Laser is emerging as a next-generation precision manufacturing technology for advanced materials and high-end industrial applications.
2025-09-28
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Composite Material
Such as doped diamond tungsten-based materials, CMC materials, etc.
2025-03-20
Precision Starts with Water Guided Laser
From CMC and CFRP composites to SiC ceramics and advanced aerospace materials, Watlaser provides Water Guided Laser solutions designed for high-precision, low-thermal-damage manufacturing. Explore Water Guided Laser Solutions for Aerospace Applications
Watlaser Technology develops and manufactures Water Guided Laser systems for precision machining of advanced materials. With in-house expertise in CNC systems, optical coupling, fluid control, and core hardware, Watlaser provides high-precision processing solutions for semiconductor, diamond, aerospace, medical, and industrial applications.

