MANI Lentulo Spiral (Paste Carrier) | Endodontic Paste Carrier | Stainless Steel | Made in Japan

The MANI Lentulo Spiral (Paste Carrier) is a precision-engineered endodontic instrument designed for the efficient placement of root canal sealers, calcium hydroxide pastes, medicaments, and other endodontic filling materials. Manufactured in Japan by MANI, it features a flexible stainless steel spiral that rotates smoothly to carry and distribute paste uniformly throughout the root canal system.

The specially designed spiral minimizes air entrapment and ensures homogeneous filling of the canal, helping clinicians achieve predictable obturation results. Its superior flexibility allows safe use in straight and moderately curved canals while reducing the risk of deformation during clinical procedures.

Compatible with standard slow-speed contra-angle handpieces, MANI Lentulo Spirals provide excellent control, consistent paste delivery, and long-lasting performance, making them an essential instrument for endodontic treatment.

Key Features

• Premium Japanese quality by MANI
• Precision stainless steel spiral design
• Uniform and controlled paste delivery
• Ideal for root canal sealers and calcium hydroxide placement
• Excellent flexibility and durability
• Smooth rotation with minimal vibration
• Compatible with standard slow-speed contra-angle handpieces
• Corrosion-resistant and autoclavable

Clinical Applications

• Placement of root canal sealers
• Delivery of calcium hydroxide paste
• Intracanal medicament placement
• Endodontic obturation procedures
• Root canal dressing
• Uniform distribution of endodontic materials

Specifications

• Brand: MANI
• Product: Lentulo Spiral (Paste Carrier)
• Material: Stainless Steel
• Shank Type: Latch-Type (RA)
• Available Lengths: 21 mm, 25 mm, 29 mm
• Available Sizes: ISO #25, #30, #35, #40
• Sterility: Non-Sterile
• Country of Origin: Japan

Trusted by dentists and endodontists worldwide, the MANI Lentulo Spiral offers precise, efficient, and reliable paste placement, helping achieve consistent root canal obturation with improved clinical outcomes.