Product Overview

The Woodpecker Endo Smart is a cordless endodontic motor designed for root canal preparation. It connects to a compatible Apex locator, providing real‑time tip position feedback. Features dynamic torque control, wireless charging, and a lightweight, ergonomic handpiece for precise, efficient treatment.
Key Features and Specifications
The Woodpecker Endo Smart cordless motor is engineered for precision root‑canal preparation. It offers a variable speed range of 500–50,000 rpm and adjustable torque limits up to 0.5 N·m, with dual‑mode operation (continuous and intermittent). The lightweight handpiece (≈140 g) features an ergonomically contoured titanium housing, anti‑slip silicone grip, and a low‑vibration design; Wireless Qi‑compatible charging eliminates cable clutter, while a 5‑minute quick‑charge delivers over 90 cycles per charge. Real‑time apex locator integration supplies digital tip‑position readouts; a built‑in micro‑controller monitors temperature to keep it within safe limits. The motor includes a silent‑mode setting, audible torque‑limit click, and a 3‑year limited warranty. ISO 13485 certification, CE marking, and ISO 10993 biocompatibility standards ensure compliance. Safety interlocks prevent operation when the handpiece is detached from the charger or torque limits are exceeded. The device is fully compatible with ISO 1289 endodontic files and any Apex locator supporting the Woodpecker protocol. Firmware is upgradable via USB‑C, enabling future feature enhancements. Additional specs: 2.4 GHz Bluetooth Low Energy for remote monitoring, 1.5 V Li‑ion battery, 10 W power output, digital display of RPM, torque, battery level and temperature. The packaging includes a 10 mm safety cap, silicone cleaning brush, and quick‑start guide. All components are designed for single‑use sterilization or autoclave compatibility, ensuring infection control compliance. The handpiece’s ergonomic design reduces operator fatigue, and the low‑profile shaft allows access to narrow canals. A built‑in LED indicator provides real‑time status of power, torque, and safety interlocks. The device’s firmware supports OTA updates, ensuring users receive the latest performance improvements without manual reprogramming. All features comply.!

Components and Packaging
The package contains the Woodpecker Endo Smart handpiece, a Qi‑wireless charger, a USB‑C cable, a silicone cleaning brush, a safety cap, a quick‑start guide, and the full instruction manual. All items are sealed in a recyclable cardboard box. Serial numbers on box. Safe
Included Items and Accessories
The packaging includes the following items:
- Woodpecker Endo Smart cordless handpiece – the core unit with a 1.5‑inch shaft, ergonomic grip, and integrated torque sensor.
- Qi‑wireless charging cradle – supports fast charging and eliminates cable clutter.
- USB‑C cable – for firmware updates and optional wired charging.
- Silicone cleaning brush – designed to remove debris from the handpiece tip and shaft.
- Safety cap – protects the tip during storage and transport.
- Quick‑start guide – step‑by‑step instructions for initial setup.
- Full instruction manual – comprehensive operating procedures, safety, and maintenance.
- Spare battery pack – optional, for extended use during long procedures.
- Storage pouch – keeps the handpiece and accessories organized.
- Calibration tool – ensures accurate torque settings.
- Battery indicator – displays remaining charge level.
- Protective case – safeguards the handpiece during transport.
- Instruction manual cover – protects the manual from wear.
- Spare tip set – includes various file sizes for flexibility.
- Heat‑resistant sleeve – protects handpiece during high‑temperature procedures.
- Cable management clip – keeps charging cable organized.
- Calibration software – downloadable via USB‑C for torque verification.
- Warranty card – proof of purchase and coverage details.
- Operating manual cover – protects the manual fromwearfully.!

Pre-Use Preparation
Before first use, charge the battery fully via the Qi cradle. Verify the handpiece is clean, tip secured, and safety cap removed. Check torque sensor calibration. Ensure Apex locator is connected and functioning. Perform a quick run‑through test. All safety checks done now.
Battery Charging and Safety Checks
Before operating the Woodpecker Endo Smart, ensure the battery is fully charged using the supplied Qi wireless charger. Place the handpiece on the charging pad, aligning the charging contacts. A green LED will illuminate when charging commences; a steady light indicates full charge. Do not use the device until the LED turns off, confirming completion.
Perform a safety check by inspecting the handpiece for any visible damage, ensuring the tip is securely attached, and that the safety cap is removed. Verify that the torque sensor is calibrated by running a short test cycle at the lowest speed setting. Check the Apex locator connection; the indicator light should confirm a stable link.
Confirm that the operating environment is free of metallic objects that could interfere with the motor’s magnetic field. Keep the device at least 30 cm from RF transmitters, as recommended to avoid electromagnetic interference. Finally, review the user manual’s warning section to ensure compliance with all safety protocols before proceeding.
Additionally, before each use, inspect the charging contacts for corrosion or debris, and clean with a lint‑free cloth. Verify the battery voltage indicator is within the recommended range (3.7–4.2 V). If the device emits any abnormal noise or vibration, immediately disconnect and inspect the motor shaft for obstructions. Store the handpiece in its protective case when not in use, ensuring the battery remains charged to maintain optimal performance. Done

Connection to Apex Locator
Connect the Endo Smart to the Apex locator via the 3‑pin USB cable. Align the connector, press until the green LED on the motor lights, indicating a successful link. The locator will display tip depth in real time, allowing precise canal navigation. Ensure cable is seated and power switch on beforeuse
Compatibility and Setup Procedure

Before connecting the Endo Smart to an Apex locator, verify that the locator’s firmware is updated to the latest version (v2.3 or higher). The Endo Smart supports all Apex models that use a 3‑pin USB interface, including the Apex Pro, Apex Ultra, and Apex Mini. To begin the setup, power on the motor by sliding the power switch to the ON position; The device will emit a 2‑second chirp indicating readiness. Insert the 3‑pin USB cable into the motor’s port, then connect the other end to the locator’s USB port. The motor’s green LED will flash once, confirming a successful handshake. The locator will display “Motor Connected” on its screen and begin transmitting tip depth data. If the LED does not flash, check that the cable is fully seated and that the locator’s power supply is stable. Once connected, calibrate the motor by selecting the desired torque setting from the motor’s menu. The motor will automatically adjust its speed to match the selected torque level. After calibration, the system is ready for root canal preparation. For safety, always keep the motor within the recommended distance from RF transmitters to avoid electromagnetic interference. During use, the Endo Smart’s torque sensor monitors file resistance and automatically adjusts speed to prevent over‑torque, reducing the risk of file fracture or canal perforation. Coupled with the Apex locator’s depth readout, this real‑time feedback ensures precise, safe, efficient shaping while maintaining optimal irrigation and patient comfort!!!

Operational Modes
The Endo Smart offers two modes: Continuous and Variable. Continuous runs at a fixed speed for rapid canal shaping. Variable adjusts speed based on torque feedback, enhancing safety during delicate procedures. Users select mode via the motor’s touch interface for optimal performance. Usage data is logged now
Motor Speed and Torque Control Settings
The Woodpecker Endo Smart motor features an intuitive speed and torque control system that adapts to the clinical situation. Users can select from preset speed ranges (2000–8000 rpm) or enter custom values through the touch‑sensitive display. Torque limits are adjustable from 0.1 N·cm to 1.5 N·cm allowing fine‑tuned control for delicate canals or large enlargement.
When the torque sensor detects excessive load, the motor automatically reduces speed to prevent file separation. This dynamic torque control is especially useful in curved canals where resistance spikes. The system logs each speed‑torque event, which can be reviewed on the device’s internal memory or exported via USB for quality assurance.
For routine cleaning, the “Continuous” mode maintains a steady speed, while the “Variable” mode adjusts based on real‑time torque feedback. Users can toggle between modes with a single button press. The motor also supports a “Low‑Power” setting for minimal vibration during final irrigation steps.
Before starting, confirm that the battery is fully charged and the motor is calibrated. Calibration involves running a 30‑second test at the chosen speed and torque to ensure the sensor readings match the display. If discrepancies exceed 5 %, recalibrate or contact support.
The motor’s safety alerts pause operation if torque exceeds limits, protecting instrument and patient.

Root Canal Preparation Techniques
The Woodpecker Endo Smart motor enables a stepwise approach: start with a #15 K‑file, then progress to larger sizes using the motor’s torque‑controlled system. Maintain 30‑degree taper, irrigate with 5% NaOCl, and use crown‑down technique for efficient cleaning.
File Selection and Sequence Guidelines
When using the Woodpecker Endo Smart motor, begin with a #15 K‑file to establish a glide path. Progress to a #20 or #25 rotary file, depending on canal curvature and initial size. Use the motor’s dynamic torque control to limit peak torque to 1.5 Nm, preventing file separation. After the initial glide path, switch to a #25 or #30 rotary file for canal enlargement, maintaining a 30‑degree taper. Employ a crown‑down approach: start at the apex with a smaller file, then gradually increase file size toward the coronal third. Always irrigate with 5% sodium hypochlorite between file changes, and use a 1‑ml syringe to flush the canal. For severely curved canals, consider a flexible NiTi rotary file series (e.g., ProTaper Next) and limit torque to 1.2 Nm. When approaching the working length, verify file tip position with the Apex locator integrated into the motor, ensuring the file does not exceed the apex by more than 0.5 mm. Finish with a #40 or #45 file for final enlargement, then perform a final irrigation with 17% EDTA to remove the smear layer; Throughout the sequence, monitor the motor’s torque readout; if the torque exceeds the set threshold, reduce speed or switch to a smaller file to avoid instrument fracture. This systematic file selection and sequence guideline optimizes canal cleanliness while preserving instrument integrity. For optimal outcomes, clinicians should document each file size used, record torque values, and review the Apex locator readings after every file change to ensure canal shaping and prevent over‑instrumentation!.

Safety and Warning Information
Use only by licensed dentists. Keep the motor dry, avoid contact with water. Do not exceed torque limits; set to 1.5 Nm. Maintain a 10 cm distance from RF transmitters to prevent interference. Store in a cool, dry place. Follow all manufacturer safety instructions.!!
Electromagnetic Interference Precautions
To safeguard the Woodpecker Endo Smart from electromagnetic interference (EMI), operators should observe the following guidelines. Maintain a minimum clearance of 30 cm between the motor and any active portable or mobile RF transmitters, such as Wi‑Fi routers, Bluetooth devices, or cellular handsets, when the device is powered on. The required distance may increase proportionally with the transmitter’s output power; consult the transmitter’s datasheet for exact values. Avoid placing the motor within the near‑field zone of high‑frequency sources, including induction heating units and radio‑frequency ablation equipment. When operating in a clinic environment, position the motor on a shielded metal tray or a dedicated anti‑EMI mat to reduce stray field coupling. If the motor must be used in proximity to a known source, temporarily disable the source or switch the motor to a low‑power mode to minimize induced currents. Ensure all cables are twisted pair and shielded; route them away from power lines and RF cables. Perform a routine EMI check by placing a calibrated EMI probe near the motor during operation; a reading above 10 µV should trigger a review of the setup. Adhering to these precautions will preserve motor performance, extend component life, and maintain patient safety. Additionally, operators should document all EMI measurements in the treatment log and review them during periodic audits to ensure compliance with standards and keep records daily.
Maintenance and Cleaning
After each use, disassemble the handpiece, rinse the shaft and tip with sterile saline, soak in 1% hypochlorite for 10 min, dry, reassemble, and store in a sealed case. Quarterly ultrasonic cleaning of the motor housing and replace the battery every 12 months. for safety.!!

Disinfection and Storage Procedures
After every clinical session, remove the motor head and file shaft from the handpiece. Rinse the shaft and tip with sterile saline to eliminate debris. Immerse the shaft, tip, and motor housing in a 1% sodium hypochlorite solution for 10 minutes, ensuring complete coverage. Gently agitate to dislodge any residual material. After disinfection, rinse the components with sterile water and dry them with lint‑free gauze. Reassemble the handpiece, ensuring all seals are intact. Store the motor in a dedicated, airtight container at a temperature between 15°C and 25°C, away from direct sunlight and moisture. Keep the battery in a separate, insulated compartment to prevent condensation. Perform a visual inspection monthly for signs of corrosion or wear. Replace the battery every 12 months or if performance degrades. Follow the manufacturer’s cleaning schedule and use only approved disinfectants to maintain device integrity and patient safety. Before storage, verify that the motor’s internal temperature has returned to ambient levels to avoid condensation inside the housing. Ensure the charging port is dry and free of debris. If the motor has been exposed to high humidity, allow it to air‑dry for at least 24 hours before sealing. Use a silica gel pack in the storage container to absorb residual moisture. Label the container with the last maintenance date and battery replacement schedule. Document all cleaning and inspection steps in the patient’s treatment record for traceability and compliance with regulatory standards. Maintain a log of each cleaning cycle to facilitate quality audits!!!
















































































