| Range | 0-25mm, 25-50mm, 50-75mm, 75-100mm |
|---|---|
| Brands | Yuzuki |
Bluetooth Electronic Micrometer (IP65)
₹18,500 – ₹24,500
Product Features
- Easy Operation
- Painted Frame, Carbide Measuring faces
- Ratchet Friction thimble
- Resolution 0.001mm / 0.00005″
- Single Ball/ Double Ball options Available on all sizes. Prices on Request
Product Details
The Bluetooth Electronic Micrometer by Yuzuki® is an innovative measuring tool that combines traditional micrometer precision with modern Bluetooth technology, making it ideal for professionals who need precise, efficient, and connected measurements. This advanced micrometer provides real-time data transfer, allowing users to wirelessly send measurement results to smartphones, tablets, or computers, reducing manual recording errors and saving valuable time. With a durable build and highly accurate electronic readouts, the Bluetooth Electronic Micrometer is the perfect solution for industries that demand exacting measurements, such as manufacturing, engineering, and quality control.
| Sr. | Code | Range Available |
|---|---|---|
| 1 | EM025IP65BT | 0 – 25mm |
| 2 | EM2550IP65BT | 25 – 50 mm |
| 3 | EM5057IP65BT | 50 – 75 mm |
| 4 | EM75100IP65BT | 75 – 100 mm |
Key Features and Benefits
- Seamless Bluetooth Connectivity: Wirelessly connects to devices, enabling real-time data transmission for a streamlined workflow and reduced data entry errors.
- High Precision: Designed to deliver measurements with extreme accuracy, making it suitable for critical tasks in engineering and production.
- Easy-to-Read Digital Display: Features a large, backlit display for easy reading, even in low-light conditions, enhancing usability and reducing eye strain.
- User-Friendly Interface: The simple controls make it easy for users of all experience levels to operate, increasing efficiency on the production line.
- Data Integration Capabilities: Compatible with various data management software, making it easier to organize, analyze, and archive measurement data.
- Durability and Reliability: Built from robust materials, this micrometer can withstand regular use in industrial environments without compromising on performance.
- Extended Battery Life: Equipped with an energy-efficient design, ensuring long-lasting performance for extended work sessions.
Applications
The Bluetooth Electronic Micrometer is widely applicable in various professional fields, including:
- Manufacturing: Ideal for quality control on the production line, allowing quick and accurate measurements of machined parts and components.
- Engineering: Essential for precise measurements in research and development, ensuring that components meet strict tolerances.
- Aerospace: Used for exact measurements of aircraft parts and components, where accuracy is critical to maintain safety standards.
- Automotive: Suitable for measuring engine parts, gears, and other components that require precision to ensure optimal performance and safety.
- Quality Assurance and Control: Ensures all parts and products meet required standards by allowing seamless data tracking and verification.
- Educational and Research Laboratories: Perfect for teaching precision measurement techniques and for experiments requiring reliable data collection.
How to Use
The Bluetooth Electronic Micrometer from Yuzuki® makes measuring and recording data easy and efficient. Follow these steps to ensure accurate measurements and seamless data transfer:
Step 1: Power On the Micrometer
- Turn On the Device: Press the power button to activate the micrometer. The digital display will light up, showing the initial reading.
- Zero the Micrometer: Before measuring, ensure the micrometer reads “0.000” when fully closed. If not, press the “Zero” button to reset.
Step 2: Enable Bluetooth Connectivity
- Activate Bluetooth: Press the Bluetooth button on the micrometer. A Bluetooth icon or light will indicate that it’s ready to pair.
- Pair with Your Device: On your smartphone, tablet, or computer, enable Bluetooth and select the micrometer from the available devices list. Once paired, you can begin transferring measurement data in real time.
Step 3: Measuring the Object
- Position the Object: Place the object to be measured between the anvil and spindle.
- Adjust the Thimble: Slowly rotate the thimble until the anvil and spindle gently touch the object. Avoid applying excessive force to prevent inaccurate measurements.
- Lock the Measurement: If your micrometer has a locking mechanism, engage it to secure the reading.
Step 4: Read the Measurement
- Observe the Digital Display: The measurement will appear on the screen. For utmost accuracy, double-check the object’s position and ensure the micrometer is zeroed correctly.
- Record the Measurement via Bluetooth: The reading will automatically transmit to your paired device. Using compatible software, you can save, organize, and analyze data instantly.
Step 5: Data Management
- Use Data Logging Software: Most Bluetooth micrometers are compatible with measurement logging software. Utilize the software to store and review measurement data, enhancing accuracy in quality control and production records.
- Export Data: Export your measurement records in preferred formats for easy integration into reports or other documentation.
Step 6: Turn Off and Store
- Power Off: Turn off the micrometer to conserve battery life.
- Storage: Keep the micrometer in a clean, protective case to prevent dust or physical damage.
Tips for Accurate Measurements
- Regular Calibration: Periodically calibrate your micrometer to maintain precision.
- Avoid Excessive Pressure: Apply only light pressure when positioning the micrometer around the object to prevent over-tightening, which can distort measurements.
- Keep Clean: Ensure the anvil, spindle, and thimble are clean for accurate readings.
This Bluetooth Electronic Micrometer guide provides clear instructions, boosting user confidence and ensuring reliable measurement results across various applications. This content is crafted to improve SEO by focusing on key phrases, aiding search rankings while helping customers maximize the value of their micrometer.
