Last Chance 446.972 - Synthes 1.5mm Ti Oblique L-plate/short 2x2 Holes-right (each) Flash Sale: 40% Off [j3BzSboK]

High-Quality Synthes 1.5mm Titanium L-Plate

Welcome to the ultimate accessory for your Synthes surgical instruments. The Synthes 1.5mm Titanium Oblique L-Plate/Short 2x2 Holes-Right (Each) is designed to enhance the precision and efficiency of your surgical procedures. This robust L-plate is crafted from high-grade titanium, offering exceptional strength and durability. Its unique oblique design allows for versatile and accurate placements, making it an essential tool for orthopedic surgeries.

• High-grade titanium construction ensures long-lasting performance.
• Oblique design for precise and versatile placements.

Key Product Specifications

The Synthes 1.5mm Titanium Oblique L-Plate/Short 2x2 Holes-Right is engineered with meticulous attention to detail. Measuring 1.5mm in thickness, this L-plate provides a secure and stable foundation for your surgical instruments. The short length and 2x2 hole pattern offer flexibility in placement, while the right orientation ensures compatibility with a wide range of Synthes instruments. This product is fully compliant with international medical standards, guaranteeing both safety and quality.

• 1.5mm thickness for maximum stability and strength.
• 2x2 hole pattern for versatile instrument placement.

Practical Applications and Benefits

The Synthes 1.5mm Titanium Oblique L-Plate/Short 2x2 Holes-Right is a versatile tool that finds its place in various orthopedic surgical procedures. Its compact design and high-quality construction make it ideal for use in limited spaces, such as fractures or spinal surgeries. By providing a stable base for your instruments, this L-plate helps improve precision and reduces the risk of complications. Whether you are a seasoned orthopedic surgeon or a medical professional in training, this L-plate is a valuable addition to your surgical toolkit.

• Compact design for use in limited surgical spaces.
• Enhanced precision through stable instrument placement.