Angelus Pinjet (5002)

• Polycarbonate material
• Easy wearing
• Versatility of use

• Material resistant to fracture and chemically adheres to the relining resin
• Allows adjustment of length
• To direct and indirect techniques

• 50 x Angelus Pinjet

• TECHNIQUE OF USE:
  
• INDIRECT ROOT CANAL IMPRESSION - 1. After canal preparation, adapt PINJET loosely in canal
  (there should be a space between pin and canal wall); 2. Apply on PINJET the specific adhesive
  of the selected impression material; 3. Apply the impression material on PINJET and place it in
  root canal.

DIRECT METAL POST MOLDING -

• After canal preparation, apply a separating agent on canal
• Reline PINJET with self-cured acrylic resin in the canal
• Build core of post with self-cured acrylic resin; 4. Make final adjustments and send mold to lab for casting.

Question: How many Pinjets there in a pack?
Answer: A pack of Angelus Pinjet (5002) contains 50 pinjets.

Question: What size it is ?? Can it be used for lower anteriors for taking impression of cast posts using indirect technique ? Will it fit into canals of lower anteriors?
Answer: The Angelus Pinjet (5002) has a length of 22mm and a coronal diameter of 2mm. While it can be used for various applications, including cast post impressions using an indirect technique, its specific fit into canals of lower anteriors would depend on the individual case and canal dimensions. It's advisable to assess the case and choose the appropriate size accordingly.

Question: DOES PINJET HAVE THE CORONAL PART (CORE) AS NUCLEOJET?
Answer: No. PINJET presents only the root part (post), to be used in wider root canals and in situations where there is a larger amount of remaining tooth structure.

Question: DOES THE CORONAL PART (CORE) OF NUCLEOJET ADAPT TO PINJET?
Answer: No. The round surface of PINJET was designed for the retention of impression materials when the indirect technique is used.

Question: IS THERE ANY RISK FOR FRACTURE OF PINJET DURING RELINING?
Answer: No. Polycarbonate is highly resistant to fracture.