Flex 4.5'' Bending Sensor Robot Hand Electronic Gloves
Regular price Rs. 21,449.00 Sale price Rs. 13,849.00 Save Rs. 7,600.00Tax included.
ⓘ Price & availability are subject to final order validation. If an adjustment is required due to size, weight or shipping requirements, we'll contact you before processing your order.
Ships from our international warehouse
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This item ships from our international warehouse to bring you a wider range of products. Delivery may take a little longer, but all duties and taxes are included — there are no additional charges on delivery.
Estimated to be delivered between 12/11/2026 - 23/11/2026
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Description:
These electronic gloves feature a flex bending sensor, designed for robotic applications. Ideal for engineers and developers, they offer innovative solutions in robotics and automation. A unique gift for tech enthusiasts and professionals in the field.
Features:
- Equipped with a flex bending sensor for enhanced robotic control and interaction.
- Innovative design suitable for various robotic applications and projects.
- Lightweight and comfortable for extended wear during development and testing.
- Perfect for engineers and developers working on advanced robotics solutions.
- A unique gift for tech enthusiasts and professionals in robotics and automation.
Additional Info:
- size : As Pr Description, color : As per Image, material : As Per Description
- A simple bend flex sensor 4.5inch in length for Robotic Power Glove.
- Easy to operate and maintain
- Uniform and orderly design, more uniform air outlet; Front-end temperature design, more precise.
- Great workmanship, it can match the hot air gun easily, a good accessory.
- LEGAL DISCLAIMER ? This weighing scale is intended for household and personal use only and is not stamped or verified under Legal Metrology; therefore not legal for trade or commercial transactions.
- ACCURATE WEIGHING TIP ? Always place the weighing scale on a flat, stable surface and avoid direct airflow or wind (from fans, windows, or AC) to ensure stable and precise readings.
