I-N-S e (Endo)
Provides simultaneous irrigation and suction. Designed for clinicians who prefer a simple setup without an integrated Canal Dryer.
I-N-S is a next-generation positive-pressure root canal irrigation device engineered to eliminate sodium hypochlorite spillage — delivering complete clinical safety and superior canal cleaning in every procedure.
I-N-S (Irrigation No Spillage) is an advanced positive-pressure irrigation device that establishes a true closed-loop pathway between the irrigant and the dental chair's suction system — ensuring every drop of sodium hypochlorite is controlled, contained, and evacuated.
Accommodates needles of any gauge. Clinicians choose their preferred needle and attach it securely to the nozzle for precise access.
Flexible tubing connects the nozzle directly to the dental chair's side suction — creating an unbroken irrigation and evacuation circuit.
Trim the nozzle tip to set exact canal penetration — approximately two-thirds root length — for optimised apical irrigation control.
Select any gauge needle and secure it into the I-N-S nozzle. The nozzle tip can be trimmed to match your working length for precise apical placement.
→ Universal Gauge CompatibilityFlexible tubing runs from the nozzle to your dental chair's existing side suction port — forming a fully closed-loop irrigation and evacuation pathway. No modifications to your setup needed.
→ Zero Hardware Changes RequiredAs irrigant flows in, the integrated suction simultaneously evacuates it from the pulp chamber — preventing backflow, eliminating spillage, and maintaining a clean, dry operative field throughout.
→ Zero NaOCl Spillage. Every Time.
Eliminates sodium hypochlorite exposure risk. The closed-loop design prevents apical extrusion, protecting patients from chemical burns and post-procedural pain.
Integrated suction withdraws irrigant from the pulp chamber in real time — preventing backflow and maintaining a clear operative field throughout the entire procedure.
Performs exceptionally in cases where maintaining a dry, stable field is most challenging — particularly upper molar and premolar quadrants.
Compatible with your existing dental chair's suction. No new equipment needed. Minimal setup time. Works immediately with your current clinical workflow.
A fully manual, mechanical device with no batteries, wiring, or power supply — nothing to charge, calibrate, or service, and no electrical risk near the operative field.
Every I-N-S variant delivers zero spillage and precision irrigation. Choose the configuration that fits your practice.
Provides simultaneous irrigation and suction. Designed for clinicians who prefer a simple setup without an integrated Canal Dryer.
Offers simultaneous irrigation and suction with an integrated Canal Dryer, allowing seamless transition from irrigation to drying.
A specialized self-refilling syringe system connected directly to an irrigant source, enabling continuous irrigation and suction without manual refilling. Includes an attached Canal Dryer for a complete endodontic irrigation workflow.
I-N-S was developed with reference to the highest-quality endodontic irrigation research — ensuring clinically validated performance across every design decision.
Effective pulp tissue and biofilm removal requires 6% NaOCl — reinforcing the need for high-concentration irrigation delivered with complete safety.
15% EDTA is necessary to fully eliminate the smear layer — requiring precise irrigant delivery systems that prevent contamination of surrounding tissue.
Controlled needle placement and safe irrigant delivery are essential to prevent apical extrusion — the precise problem I-N-S was engineered to solve.
"The controlled delivery of high-efficacy irrigants is only as safe as the system delivering them."
I-N-S makes it possible to use irrigants at their most effective concentrations — without the safety compromise.
Schedule a free in-clinic demonstration — no commitment, no pressure. One procedure with I-N-S is all it takes to see the difference.
insirrigation@gmail.com · Mira Road East, Maharashtra 401107
