Multitec MT-555 Plier 8" The Multitec MT-555 Plier 8" are drop forged from high-grade Chrome Vanadium steel. These pliers are designed for optimum hardness at cutting edges and serrations. The cutting edges are so adjusted to cut hard and soft copper as well as steel wires with equal effort. Tip serrations are adjusted fully to ensure firm gripping of thin sheets and fine wires. Machined and heat treated in the state-of-the-art manufacturing environment. Applications: Can be be used for House Hold Can be be used for Industrial use Also check the Multitec MT-535 Nose Plier available on the Iotcart website. It is drop-forged from high-grade Chrome Vanadium steel, designed for optimum hardness at cutting edges and serrations. The cutting edges are adjusted to cut hard and soft copper as well as steel wires with equal effort. The pliers have an improved handle for extra comfort and grip, and they include a wire cutter.

Multitec SDK-600 6 in 1 Screwdriver Set The Multitec SDK-600 6 in 1 Screwdriver Set is made of high-grade alloy steel, hardened for long life. Stubby short screwdriver handle made of transparent engineering plastic for strength & rigidity. Quick charge metallic collect embedded within handle for fast and easy reversing of screwdriver bit. This multitec screwdriver kit has a plastic rack/jacket to hold the toolset together. Useful tools for all engineers/professionals & hobbyists. Applications: Suitable for Household and Industrial applications

Multitec SDK-777i Combination Screwdriver Set This is a 7 in 1 Multitec Screwdriver Set can be used for home applications and other Multipurpose Applications. These screwdriver set comes in a handy plastic box which has sections made inside it to keep your screwdrivers in place. This box helps you keep your screwdrivers clean and carry them along anywhere you go. This Screwdriver kit made of transparent plastic box for better aesthetics & good internal visibility. It Comes with PH-0,PH-1,PH-2,MINUS-3,MINUS-5,MINUS-6 AND POCKER. Also check the Electric Line Tester available on the Iotcart website, it is described as an essential electrical tool designed for industrial and domestic use. The line tester operates in a voltage range of 110 to 240V AC, making it suitable for various applications. Its features include an ergonomic design for a comfortable grip, a transparent handle for better visibility in dimly lit areas, and shock-proof working with a fully insulated blade for user safety.

Multitec STB-330 Screw Driver Set The Multitec STB-330 Screw Driver Set is made of high-grade alloy steel, hardened for long life. Stubby short screwdriver handle made of transparent engineering plastic for strength & rigidity. Quick charge metallic collect embedded within handle for fast and easy reversing of screwdriver bit. It has a plastic rack/jacket to hold the toolset together. Useful tools for all engineers/professionals & hobbyists. Also check screwdriver set called the Multitec SDK-600 . The screwdriver bits are made of high-grade alloy steel and the handle is made of tough engineering plastic.

Muscle Sensor Kit This EMG Sensor or Muscle sensor V3.0 With Cable And Electrodes will measure the filtered and rectified electrical activity of a muscle; outputting 0-Vs Volts depending on the amount of activity in the selected muscle, where Vs signifies the voltage of the power source. Required  Power supply voltage: min. +-3.5V. By detecting the electromyogram (EMG), measuring muscle activity has traditionally been used in medical research, however with shrinking but more powerful microcontrollers and integrated circuits the advent of EMG power Road and sensors can be used for various control systems. This EMG Muscle Sensor measures, filters, rectifies, and amplifies the electrical activity of a muscle and produces an analog output signal that can easily be read by a microcontroller, enabling novel, muscle-controlled interfaces for your projects. To use this Muscle sensor you will need a few components like batteries , jumper wires , breadboard and arduino Wiring Instructions: To use this sensor, the user must have three electrodes connected to the subject’s body. The reference electrode should be placed on an inactive section of the body, such as the bony portion of the elbow, shin or forearm. This electrode should be connected to the black or brown cable. The two other electrodes should be placed along the muscle selected to be measured. The second electrode should be placed along the mid-length of the muscle; this electrode should be connected to the red cable. The last electrode should be placed at the end of the muscle and connected to the blue cable. Finally, connect pin SIG to an analogue input pin of your microcontroller and the GND pin to the ground pin on your microcontroller.

MXChip Microsoft Azure IoT Developer Kit The MXChip IoT DevKit is the ultimate solution for IoT development. With its unique on-chip audio codec, cloud connectivity, and powerful STM32F412 Cortex-M microcontroller, it opens up endless possibilities for Arduino developers and IoT enthusiasts. The rich onboard sensing technologies, including motion and temperature sensors, make it versatile for various applications. Our commitment to providing a seamless experience is evident in the USB programming compatibility and compact design. Developed with the latest Microsoft cloud services, this IoT DevKit is your gateway to the future of connected devices. Made to ensure quality and durability, it's the perfect choice for those venturing into IoT development. Features: The first Arduino-compatible development on-chip Audio codec. Enabling to create interesting voice interactive projects Tutorials and demos for building your first cloud connected application. Powerful STM32F412 Cortex-M microcontroller with Cypress WIFI chip, industrial level quality Rich onboard sensing technologies, including motion, pressure, magnetometer, humidity & temperature sensors with a microphone. Integrates security encryption chip for the latest security-protection. Pin Diagram: MXChip IoT DevKit

MyCobot 280 Raspberry Pi 2023 All-in-one Suite – 6 DOF Collaborative Robotic Arm ( Raspberry Pi Version) The MyCobot 280 Raspberry Pi 2023 – 6DOF Collaborative Robotic Arm (Raspberry Pi Version) is a smart and flexible robotic arm built for collaboration and education. Here’s a closer look: Hands-on Learning & Research: The MyCobot 280 Raspberry Pi 2023 features six degrees of freedom (DOF) for precise and flexible movement. Designed as the ultimate robotic companion, it supports Raspberry Pi 4B and integrates various actuators and sensors, unlocking endless possibilities in robot programming, control logic development, and ROS simulations. Build, explore, and enjoy learning with the MyCobot 280! Endless Possibilities The MyCobot 280 Pi features native Raspberry Pi hardware interfaces, multiple end effectors, LEGO-compatible terminal pins, and a range of sensors. With color visual tracking, QR code & gesture recognition, and voice broadcast, this Raspberry Pi robotic arm opens the door to an exciting world of robot programming! Powered by Raspberry Pi 4B With the Raspberry Pi 4B, the MyCobot Pi robotic arm delivers faster processing and enhanced computing power compared to earlier models. Equipped with a 64-bit 1.5GHz quad-core CPU and Broadcom VideoCore VI GPU @ 500MHz, it ensures smooth and efficient performance for robotics applications. Advanced Configuration The MyCobot Pi collaborative robotic arm features a smart and sophisticated design, making it ideal for custom development and advanced applications. Human-Friendly Collaborative Design Built for safe interaction, the MyCobot Pi works seamlessly alongside humans, boosting productivity in collaborative environments. What You'll Get with MyCobot 280 Raspberry Pi Robot: Adaptive Gripper: The Adaptive Gripper is perfect for advanced manufacturing and robotic research. It adjusts to an object’s shape for a secure grip, letting you focus on the task instead of the grasp. It can also detect if a part is picked and verify its size. Artificial Intelligence Kit: The Artificial Intelligence Kit 2023 features 5 advanced visual recognition algorithms and 7 hardware upgrades, supporting 6 Elephant Robotics arms. It offers learning from 8 key perspectives and includes visualization software for an enhanced robotics experience. Flat Base: The myCobot-Flat Base is a sturdy foundation for collaborative robots, providing strong support for the robotic arm. It ensures stability, allowing you to focus on innovation and research. G Shape Base: The G Shape Base securely holds the robotic arm, allowing you to focus on operation, creation, and research. Designed for desktop edges, it offers flexibility and stability in any setup. Robot Dimension and Working Range:

N20 150 RPM DC Motor for Robotics High Torque This N20 6v 150 RPM Metal Gear Micro DC Motor with Precious Metal Brush is a light weight high torque motor suitable for a variety of industrial and hobby applications as well. This DC gear motor is equipped with an all metal gearbox assembly which provides an amazing torque for this size of the motor. Also the brushes used in the motor are metal brushes and not carbon brushes. This ensures a higher working life of the motor compared with the motor with carbon brushes. The N20 motor is ideal for small IIOT (Industrial IOT) products like electric lock, webcam pan tilt and other similar actuator products which need good torque in limited space and in less weight. For the hobby segment products like robotic cars, micro mouse, electric boat and all small motor related projects, where power consumption is a concern along with optimal pricing, the N20 all metal gear motor is a perfect fit.

N20 shaft motor 600 RPM - 12V The N20-12V-600 RPM Micro Metal Gear Motor is a compact yet powerful motor with all-metal gears that are durable and resistant to wear and tear. It can serve as an excellent replacement for a rusty or damaged DC geared speed reduce motor on a machine. This motor is commonly used in a variety of applications such as boats, cars, electric bicycles, fans, and home appliances. The N20 Micro Gear 12V 600 RPM DC Motor (High Torque) is a lightweight motor with high torque and low RPM. Equipped with a gearbox assembly, it can significantly increase the torque of the motor. The motor's cross-section measures 10 × 12 mm, while the D-shaped gearbox output shaft is 9 mm long and 3 mm in diameter. Due to its compact size, this Micro Gear Motor is ideal for use in small-scale applications with limited space. It can be easily connected to wheels to drive heavy loads from one location to another. Features: This is a DC Mini Metal Gear Motor, ideal for making robots Lightweight, high torque and low RPM. Fine craftsmanship, durable, not easy to wear. With excellent stall characteristics, can climb hills easily. You can also easily mount a wheel on the motor’s output shaft.

N20 Vacuum Steel Ball Universal Omnidirectional Caster Wheel The N20 Vacuum Steel Ball Universal Caster Wheel is a compact, high-performance wheel designed to provide smooth, 360° omnidirectional movement. Its unique design features a central steel ball supported by smaller ball bearings, ensuring effortless rolling on multiple surfaces. Made from a strong metal and plastic combination, this caster wheel delivers long-lasting durability and stable motion, even in high-friction or uneven environments. Whether used in robotic platforms, conveyor systems, or compact furniture setups, this caster wheel offers precise control and easy repositioning. The low-friction mechanism minimizes drag, while the standard mounting holes allow quick and secure installation. It’s an essential component for projects that demand stable, multidirectional movement and efficient mobility. Features: Provides smooth 360° omnidirectional movement for versatile applications. Constructed with durable metal and plastic materials for strength and long life. Features low-friction ball bearings for seamless mobility across surfaces. Compact size fits easily into limited spaces or tight mounting setups. Widely compatible with robotic platforms, furniture, and conveyor systems. Quick and easy installation using standard mounting holes. Ideal for automation systems and precise movement control.