MASTER PIN CONTROL

• Description:
  • MASTER PIN CONTROL is a system of pins that are used to stabilize membranes during root canal treatment. The pins are made of titanium and have a unique design that allows them to be inserted into the canal walls without damaging them.
    
    
• Features:
  • Made of titanium
  • Unique design
  • Inserted into the canal walls without damaging them
  • FDA-cleared
  • Available in a variety of sizes and shapes
• Benefits:
  • Safe and effective
  • Stabilizes membranes during root canal treatment
  • Prevents membranes from moving or collapsing
  • Improves the success rate of root canal treatment
  • Durable and long-lasting
• Usage:
  • To use MASTER PIN CONTROL, simply follow these steps:
    • Select the pin that is the correct size for the canal.
    • Insert the pin into the canal wall using a mallet.
    • Once the pin is in place, use a rotary file to prepare the canal.
    • The membrane can then be placed over the pin and secured in place.
• Storage:
  • Store MASTER PIN CONTROL in a cool, dry place.
  • Keep the pins away from heat sources and sharp objects.
• Warnings:
  • Always wear safety glasses when using MASTER PIN CONTROL.
  • Do not use the pins on children under the age of 3.
  • Do not use the pins on pregnant women or people with photosensitivity.
• Guarantee:
  • MASTER PIN CONTROL come with a one-year warranty. If the pins malfunction within one year of purchase, they will be repaired or replaced free of charge.

Master-Pin-Control Master-Pin-Control Basic Pin system for Membrane Fixation - developed by Prof. Istvan Urban The Master-Pin-Control is designed especially for the fixation of resorbable, non-resorbable and titanium reinforced membranes. The included pins consist of titanium alloy Grade 5 and have a groove which increases the surface of the pins. Due to the groove and a unique head-design, the pins can be loosened easily and safely which is especially important after a successful healing period. With their sharp tip and very stable shank, they can easily and precisely be inserted into dense cortical bone