DM542 Digital Stepper Motor Driver for CNC Drivers Controller 3D Printer Accessories

7Semi MAX31855 K-Type Thermocouple Amplifier Breakout The 7Semi MAX31855 Thermocouple Amplifier Breakout is designed for creators, engineers, and industrial users who need reliable and highly accurate temperature readings from extreme environments. With its advanced MAX31855 converter IC, this breakout allows effortless digital temperature measurement using K-type thermocouples, making it a powerful choice for applications like 3D printing, HVAC monitoring, and high-heat industrial systems. The onboard cold-junction compensation ensures precision by automatically correcting any thermal offsets at the connector. Supporting temperatures from -270°C to +1372°C, it delivers 14-bit resolution with smooth 0.25°C read steps, providing dependable, noise-free readings for sensitive processes. Built-in fault detection helps identify open circuits or shorts, making the system easier to troubleshoot and safer for continuous operation. With its SPI-based digital interface and compatibility with 3.3V/5V logic microcontrollers, the module integrates cleanly with Arduino, ESP32, Raspberry Pi, and industrial controllers. Features: Supports a wide thermocouple measurement range from –270°C to +1372°C, making it suitable for extreme heat and cryogenic applications. Provides 14-bit high-resolution output with precise 0.25°C increments for accurate temperature monitoring. Includes built-in cold-junction compensation, ensuring reliable compensation for ambient temperature fluctuations. Offers a simple SPI digital interface, requiring minimal I/O pins for easy integration with most microcontrollers. Compatible with multiple thermocouple types including K, J, N, T, S, R, and E, providing versatility in system design. Features fault detection for open thermocouples and shorts to VCC/GND to enhance system safety. Supports both 3.3V and 5V logic levels, ensuring broad compatibility across development boards.

SmartElex DRV8825 Stepper Motor Driver Module with Aluminum Heat Sink The SmartElex DRV8825 Stepper Motor Driver Module with Aluminum Heat Sink is a compact and efficient solution for controlling bipolar stepper motors with high precision. Built around the trusted TI DRV8825 IC, it supports microstepping up to 1/32 step, enabling smoother motion and finer positional accuracy in applications like 3D printing, CNC machining, and robotics. The module can deliver up to approximately 2.2A peak current with proper cooling, while the integrated aluminum heat sink ensures effective thermal management during continuous operation. Its adjustable current limiting feature protects the motor and driver, improving overall system reliability. With a simple STEP and DIR interface, the module easily integrates with popular platforms such as Arduino, ESP32, and Raspberry Pi, making it an excellent choice for both DIY enthusiasts and professional motion control systems. Features: Based on the TI DRV8825 microstepping bipolar stepper motor driver. Onboard adjustable current limiting potentiometer Supports microstepping up to a 1/32 step. Simple STEP/DIR control interface. Thermal shutdown, overcurrent, and undervoltage protection. Works with 3.3 V and 5 V logic systems. Compact breakout board with an aluminum heat sink for improved cooling.

Angle Bracket L Joint Black The Angle Bracket L Joint Black is a 2020 corner connector designed for creating strong and precise 90-degree joints in aluminum extrusion systems. Made from anodized aluminum alloy, this bracket offers excellent durability, corrosion resistance, and long-term stability. With a compact size of 20mm x 20mm x 26.87mm, it is perfectly compatible with 20mm V-slot and T-slot profiles, making it ideal for 3D printer frames, machine structures, enclosures, and DIY projects. The main core function of this bracket is to provide rigid corner support, ensuring proper alignment and improved structural strength while maintaining a clean and professional finish. Features: Made from anodized aluminum alloy for strength and durability Designed for 2020 V-slot and T-slot aluminum extrusion profiles Provides a precise 90-degree right-angle connection Black surface finish for a clean and professional look Ideal for 3D printers, frames, enclosures, and DIY structures Easy to install and suitable for both beginners and professionals Improves structural stability and alignment.

Creality CR-Scan Otter 3D Scanner The Creality CR-Scan Otter 3D Scanner is a desktop scanning solution designed to capture accurate 3D models of real-world objects with minimal setup. It helps users convert physical items into digital files that can be used for 3D printing, design edits, and virtual prototyping. Built for students, makers, hobbyists, educators, engineers, and small businesses, it removes the complexity often associated with 3D scanning by offering a straightforward workflow that requires no extensive calibration or professional knowledge to get started. This 3D scanner is well suited for rapid prototyping, reverse engineering, digital archiving, product customization, and creative design work. It integrates efficiently with common modeling and slicing software, enabling users to process scan data and prepare it for tasks like 3D printing, product development, robotic simulations, and digital fabrication. With dependable tracking and strong detail capture, the Creality CR-Scan Otter is a practical and reliable choice for classrooms, maker labs, personal studios, and early-stage product development environments seeking an accessible approach to 3D scanning. Various Size Options Innovative Four-lens Stereo Vision Proficient in handling both large and small scans. Two sets of dual lenses, catering to details and various sizes； A set of long-focal dual lenses for scanning small objects, providing richer details; a set of short-focal dual lenses for scanning large objects, covering a wider range of sizes. Capture SMALL & BIG Objects The CR-Scan Otter realizes possibilities of scanning various objects, ranging in size from 10*10*10mm to 2000*2000*2000mm, from tiny coins to large vehicles, all covered in one scanner. The scanning distances range from 110mm³ to 1200mm³ to effectively capture items of versatile sizes. Ultra-High Precision, Rich in Detail Otter adopts the state-of-the-art structure-light stereo-matching algorithm and optical design to faithfully reproduce the authentic texture and contours of objects. The scanning precision up to 0.02mm ensures every detail is sharp and clear. Elevate Scanning Experience Ring indicator lights provide real-time scanning status; CR-Scan Otter comes with touch buttons and audible feedback, making scanning seamless. It allows for real-time exposure adjustment and offers comfortable and simple operation. Features: User-friendly 3D scanner designed for beginners and professionals alike Captures detailed and accurate 3D models with consistent tracking performance No complex calibration required, enabling fast and hassle-free setup Supports scanning of small to medium-sized objects with smooth surface reconstruction Exports models compatible with common CAD, 3D printing, and digital design software Ideal for prototyping, reverse engineering, product customization, and education Works well for creative studios, maker spaces, classroom labs, and hobby workshops Reliable choice for building digital assets for 3D printing, simulation, or visualization

Anycubic Color Engine Pro for Kobra 3 Max - EU plug The Anycubic Color Engine Pro is an advanced automatic filament handling and multi-color printing module designed specifically for the Kobra 3 Max 3D printer. It allows users to print in multiple colors or materials without manually changing filaments, making the printing process more efficient and professional. Smart Multi-Color Printing - Print in 4 to 8 Colors and Filament Backup The smart multi-color printing capability allows users to print models in 4 to 8 different colors seamlessly without the need for manual filament changes. This feature enables the creation of more detailed, visually appealing, and complex designs, making it ideal for creative projects, prototypes, and professional applications. The system intelligently manages filament switching during the printing process, ensuring smooth transitions between colors and consistent print quality. In addition, the built-in filament backup function automatically switches to another spool if the current filament runs out, preventing print failures and material wastage. This ensures uninterrupted printing, improved efficiency, and a more reliable overall printing experience, especially during long or multi-color print jobs. Dries while it Prints in Multi-Color and  Nozzle Clog Detection, Minimizes Filament Tangling The system is designed to dry filament while printing in multi-color mode, ensuring that moisture does not affect print quality during long or complex jobs. By maintaining optimal filament condition, it helps achieve smoother extrusion, better layer adhesion, and more consistent results across different materials. The integrated nozzle clog detection feature continuously monitors extrusion flow and alerts the user or pauses the print if a blockage is detected, reducing the chances of failed prints. Additionally, the design minimizes filament tangling by managing spool movement and filament paths efficiently during switching. This combination of real-time drying, clog detection, and anti-tangling mechanisms ensures a reliable, hassle-free printing experience with improved overall print quality. A New Level of Multi-Color Printing This feature brings a new level of multi-color printing by combining intelligent filament management with seamless color transitions for highly detailed and vibrant prints. It allows users to create complex designs with multiple colors in a single print without manual intervention, enhancing both creativity and efficiency. The system ensures precise filament switching, maintaining consistent extrusion and minimizing color mixing or errors. This results in cleaner finishes, sharper details, and professional-quality output. Whether for prototyping or artistic projects, it elevates the overall printing experience by making multi-color printing smoother, faster, and more reliable. Staying Dry for All Applications The system ensures that filament remains dry throughout the entire printing process, which is essential for maintaining consistent print quality across all applications. By actively reducing moisture absorption, it prevents common issues such as bubbling, stringing, and poor layer adhesion that can occur with damp filament. This is especially important when working with moisture-sensitive materials, ensuring smooth extrusion and reliable performance. The controlled environment helps maintain the integrity of the filament, resulting in cleaner prints and better surface finish. Whether for detailed prototypes or long-duration prints, this feature guarantees dependable results with minimal print defects. Intelligent Printing, Revolutionary Performance This feature delivers intelligent printing combined with revolutionary performance, transforming the overall 3D printing experience. Advanced control systems optimize filament feeding, switching, and extrusion in real time, ensuring smooth and consistent operation throughout the print. The system adapts to different materials and printing conditions, reducing errors and improving efficiency. With precise coordination between hardware and software, it achieves faster print speeds without compromising accuracy or quality. This results in highly reliable, high-performance printing that meets the demands of both professional and advanced creative applications. Staying Dry for All Applications The system is designed to keep filament consistently dry across all types of printing applications, ensuring reliable performance and high-quality results. By preventing moisture absorption, it eliminates common printing issues such as bubbles, stringing, and weak layer bonding. This is especially beneficial for moisture-sensitive materials, allowing them to perform at their best without degradation. The controlled drying environment maintains stable extrusion and improves overall print consistency. Whether handling simple prints or complex multi-color projects, this feature ensures dependable output with clean finishes and reduced failures. Features: Supports automatic filament feeding and switching Enables multi-color 3D printing capabilities Intelligent filament detection for smooth operation Reduces manual effort and printing interruptions Seamless compatibility with Kobra 3 Max printer User-friendly setup and operation Supports multiple filament types Enhances productivity and print quality

GT2 Rubber Timing Belt Closed Loop 6mm Width for 3D Printer CNC 6mm width and 610 mm long GT2 Rubber Timing Belt is a Closed-loop with 6mm width and 610 mm long used for generating linear motion, timing synchronization, torque & speed conversion, etc. The Grip used in the GT2 system is an extension of the HTD system with greater load-carrying capacity. It is made as a flexible belt with teeth molded onto its inner surface. The GT2 series of belts are designed specifically for linear motion. They use a rounded tooth profile, with 2 mm pitch, that guarantees that the belt tooth fits smoothly and accurately in the pulley groove, so when you reverse the pulley direction, there is no room for the belt to move in the groove. We sell a wide range of geared pulleys, idler pulleys, shafts, and stepper motors that can be used along with this belt. Be sure to check it out before ordering this belt.

Fracktal Works TWIN Dragon 400 FDM 3D Printer The Fracktal Works TWIN Dragon 400 FDM 3D Printer is fantastic for anyone who loves 3D printing. It has a dual extruder, which means it can print two materials at once, making it easier to create big and detailed parts. You can print fast, with speeds up to 400 mm/s, and it has a large build area of 400 mm x 400 mm x 400 mm. This makes it perfect for quickly making prototypes or parts for different projects. Plus, it supports special materials that can dissolve away, so you can create complex shapes without worrying about removing supports. Using Fused Deposition Modeling (FDM) technology, this printer works with many materials like ABS, PLA, Nylon, and even stronger options like PEEK. It’s great for students, businesses, or anyone who enjoys making models. With helpful features like a heated build chamber and auto bed leveling, getting started is easy. If you're looking for one of the best 3D printers in India, the TWIN Dragon 400 is definitely worth checking out! Features: Dual extrusion for complex designs. Large build volume: 400 mm x 400 mm x 400 mm. Fast print speed: up to 400 mm/s. Direct drive extruder for precise filament feeding. Adjustable layer resolutions: 100 to 800 microns. Heated build chamber for various materials. Compatible with ABS, PLA, Nylon, PEEK, and more. Auto bed leveling for easy setup. Filament chamber heater keeps filament dry. User-friendly touchscreen interface. Durable design for industrial and educational use. Ideal for prototypes, industrial parts, and production models.

Bambu Lab H2D AMS Combo 3D Printer The Bambu Lab H2D AMS Combo 3D printer is a high-performance, dual-nozzle machine designed for makers and professionals seeking speed, precision, and flexibility. Built with industrial-grade materials and AI-powered capabilities, this 3D printer supports multi-material and multi-colour printing, ensuring accurate and detailed results. Its modular design allows users to expand functionality over time with optional laser engraving and pen tool kits, making it a versatile solution for creative projects, prototyping, and advanced 3D printing applications. Features: Multi-Material Printing Flexible and rigid, low-cost and exotic materials in one print Digital Cutting Precise cutting of a range of materials Auto Arrangement: Maximise Material Efficiency and Reduce Waste Bambu Suite uses real-time photos from the BirdsEye camera to automatically arrange your project based on the shape of your material, such as leftover plywood from a prior job. This function allows you to get the most out of each material. Improved Laser Performance: Air Assist and Contactless 3D Mesh for Better Results Improve your laser's performance with a two-part solution designed for excellent results. Air Assist improves your cutting and engraving by removing smoke and debris, resulting in a cleaner surface and sharper lines. At the same time, the Contactless 3D Mesh function automatically changes the laser focus to fit non-flat surfaces, ensuring consistent, high-quality results across your project. 350°C Hotend with 65°C Chamber Heating Unlock the full potential of high-performance materials. The H2D provides perfect closed-loop temperature control thanks to active chamber heating at 65°C and a high-temperature hotend capable of reaching 350°C. This sophisticated technique successfully minimizes bending and deformation in high-performance materials, resulting in enhanced layer bonding and optimizing their potential. REAL High-Flow Hotend: Print at 600mm/s with Ease The H2D's purpose-built high-flow hotend enables consistent, fast printing at 600mm/s. Designed for consistent performance, it eliminates mid-print flow rate constraints, allowing for continuous high-speed printing regardless of print size or complexity. Nozzle Camera: Monitor Extrusion at the Nozzle Tip The H2D includes an AI-powered nozzle camera with a macro lens. This intelligent monitoring system continuously monitors extrusion patterns and detects material accumulation, filament deviations, and extrusion failures. Pre-Flight Checklist by AI Before each operational cycle, H2D's vision system starts a thorough pre-flight checklist: Chamber Integrity Scan detects debris on the whole print surface. Hardware Configuration Audit - Instantly determines nozzle size and build plate parameters. Digital-Physical Alignment - Automatically checks for compliance between detected hardware specs and active slicer parameters. SOTA Filament Monitoring: 15 Sensors on a Single Filament Route Unlike older systems that use single filament run-out detectors, the H2D has full material flow monitoring. Throughout the AMS-to-nozzle journey, 15 strategically placed sensors establish a sophisticated network that continuously monitors five critical parameters: feeding velocity, tension, filament tip location, extruder temperature environment, and dynamic extrusion pressure. This creates an industry-leading filament behaviour control system.

Bambu Lab X1 Carbon 3D Printer The Bambu Lab X1 Carbon 3D Printer is a versatile and reliable additive manufacturing solution tailored for both beginners and seasoned professionals. Featuring a sleek, compact design, it integrates effortlessly into home studios, classrooms, or professional workspaces. The X1 Carbon stands out for its precision and high-quality output, thanks to its sturdy aluminum frame that minimizes vibrations and ensures exceptional print accuracy. With a generous build volume, it enables the creation of large prototypes or multiple smaller models in a single print cycle, making it ideal for a wide range of applications. What to Expect with the X1 Carbon 3D Printer Acceleration: 20 m/s². Micro lidar assisted bed leveling. Active vibration compensation improves print quality. Spaghetti failure detection and automatic pause Print resumes after power outage. Advanced Materials Enable Advanced Projects. Bambu Lab X1-Carbon, which has additional cooling and a strengthened nozzle and drive gear, allows for a larger range of materials such as PA, PC, PET, and TPU, as well as carbon fiber and glass fiber reinforced polymers. Designed for Speed Colors and Beyond Bambu Lab's Automatic Material System (AMS) allows for printing in different colors and materials. Vibration and Extrusion Compensation The active vibration correction (XY) algorithm and extrusion compensation ensure extra smoothness and quality prints. AI-Powered Evolution Dual Automatic Bed Leveling The Dual Auto Bed Leveling mechanism ensures enhanced reliability.The lidar and analog force sensors cross-check to provide an extra layer of redundancy in bed leveling. Al Scrutinized the First Layer Tired of waiting for the first layer? The lidar sensor can check your first layer, allowing you to go on to something else. Spaghetti Detection Our Al keeps an eye out for Spaghetti monsters, so you can rest easy knowing your printer is safe from this plague. Sync with Bambu Studio and Bambu Handy Bambu Studio and Bambu Handy allow you to remotely operate and monitor your printer. You may also use the built-in camera to record timelapse films. Features: Multicolor and Multimaterial Capability High-quality printing at 7 μm Lidar resolution. Dual Automatic Bed Leveling Micro Lidar-assisted bed levelling Active vibration compensation improves print quality. Spaghetti failure detection and automatic pause Print resumes after power outage. The printer can consume up to 1000W of power at 220V, but only 350W at 110V. The maximum build plate temperature is 110°C, with a maximum of 120°C at 110 volts. The Bambu Lab X1-Carbon 3D Printer has two build plate options: the Bambu Textured PEI Plate and the Bambu Cool Plate. Both come pre-installed and compatible with the Micro Lidar system.

Bambu Lab A1 Combo 3D Printer with AMS Lite for Multi-Colour 3D Printing The Bambu Lab A1 Combo is an advanced 3D printer includes the AMS lite for smooth multi-color 3D printing . It features full auto calibration , active flow rate compensation , and a quick-swap nozzle system for easy maintenance. With active noise-canceling motors, it runs quietly while delivering high-quality results. The A1 Combo 3D printer machine offers a generous 256×256×256 mm³ build volume and supports a range of filaments like PLA, PETG, and TPU . Features Intuitive Touchscreen Interface Designed for simplicity, the Bambu Lab A1 Combo features a smartphone-like touchscreen UI that makes operation easy, even for beginners. High-Speed Precision Printing Combining a bed-slinger design with CoreXY-like speed and quality, the A1 3D printer uses full-metal rails, a rigid frame, nozzle pressure sensors, accelerometers, and a powerful MCU to achieve fast, precise prints—capable of printing a Benchy in just 14 minutes. Active Flow Rate Compensation With a high-resolution eddy current sensor, the Bambu Lab A1 Combo precisely monitors and adjusts flow rates during printing for smooth, accurate extrusion, ensuring flawless details on every corner. AMS Lite for Multi-Colour Printing The included Bambu Lab AMS Lite system brings hassle-free multi-colour 3D printing to everyone, offering reliable and user-friendly performance. 1-Touch Filament Loading/Unloading Forget manual filament handling—A1 automates filament loading and unloading with a simple touch. Auto Belt Monitoring and Adjustment The Bambu Lab A1 Combo 3D printer automatically checks belt tension and alerts users if adjustments are needed, ensuring optimal performance through its HMS (Health Management System). Full-Auto Calibration From bed levelling to vibration resonance, Z-offset, and nozzle pressure, the A1 3D printing machine fully automates calibration before every print for maximum reliability and quality. Durable, All-Metal Construction Built with all-metal rails, bearings, and frame, the A1 is engineered for long-lasting reliability and consistent results. MakerWorld & 1-Click Printing Seamlessly print from MakerWorld, Bambu Lab’s next-gen 3D printing model platform, with 1-click printing via the Bambu Handy App or manage prints easily using Bambu Studio and the Handy App anytime, anywhere.

YS-DIV268N-5A Hybrid Stepper Motor Driver 5A | Single Axis TB6600 0.2-5A Two Phase Hybrid Stepper Motor Driver Controller TB6600 Stepper Motor Driver is an easy-to-use professional stepper motor driver , which can control a two-phase hybrid stepper motor. It is compatible with Arduino and other microcontrollers that can output a 5V digital pulse signal. YS-DIV268N-5A subdivision-type two-phase hybrid stepping motor drive using DC 12 ~ 48V power supply, suitable for drive Two-phase hybrid stepping motor dynamic voltage 12 to 48V, the current is less than 5A outer diameter of 35 to 86 mm. This drive using the drive's current loop subdivision control, the motor torque ripple is very small, low-speed running is very smooth, almost no vibration and noise. High-speed torque is much higher than other two-phase drive, high positioning accuracy. Widely used in the engraving machine, CNC machine tools, packaging machinery, and other high-resolution requirements on the device You can set its output current with a 6 DIP switch. There are 8 kinds of current control (0.2A, 0.6A, 1.2A, 1.8A, 2.5A, 3.3A, 4.2A, 5A) in all. And all signal terminals adopt high-speed optocoupler isolation, enhancing it's anti-high-frequency interference ability. As a professional device, it is able to drive 57, 42-type two-phase,  hybrid stepper motor. Control signal interface: PUL +: step pulse signal is input side or the positive pulse signal input positive terminal PUL-: the negative input of the negative input pulse signal or a positive pulse signal DIR +: stepping direction signal input to the positive terminal or negative pulse signal input to the positive terminal DIR -: stepping direction signal input of the negative side or reverse step pulse signal input negative terminal EN +: offline can reset signal input EN-: offline can reset signal input negative terminal Note: VCC is 5V, R short VCC value of 12V, R 1K, more than 1 / 8W resistor VCC value of 24V, R 2K, more than 1 / 8W resistor Features: H bridge bipolar constant current drive. Input signal high-speed photoelectric isolation. A total of standard single pulse interface. Offline retention function. The semi-enclosed casing can adapt to a more stringent environment. Provide energy saving half-automatic current lock function. Applications: CNC Machines: Provides precise control for CNC milling, drilling, and cutting machines. Engraving Machines: Used in laser and mechanical engraving machines for accurate positioning. Packaging Machinery: Ensures precise movement and control in automated packaging systems. 3D Printers: Controls the stepper motors for accurate layer deposition and movement. Robotics: Used in robotic arms and other automated systems requiring precise motor control. Textile Machinery: Controls the movement of components in textile manufacturing equipment. Medical Devices: Provides precise control in medical equipment like automated dispensers and diagnostic machines

380mm Stainless Steel Rod with 8mm Diameter The 380mm stainless steel rods are specifically designed for 3D printer kits . These 3D Printer Stainless Steel Rod are manufactured with stainless steel material and are given an extremely smooth finishing. Smooth stainless steel rods have a number of applications in robotics and 3D printing. In the world of 3D printing, the 380mm stainless steel rods are generally used as the axis for 3D printers, and for CNC machines, they are used as a slide-on for engraving machines. After rigorous inspection, the last important thing is safe packing. Anti-rust oil is to be sprayed on the rod surface and each rod is to be packed in a paper sleeve and then in the wooden box. Having been manufactured with stainless steel material, these rods have added advantages like: The 380mm rods for 3D printers are resistant to corrosion. They have high tensile strength. The smooth stainless steel rods need low maintenance, are long-lasting, and are resistive against high temperatures. Key Features: Specifically designed for 3D printer kits. Smooth stainless steel finishing for precise movements. Versatile applications in robotics and 3D printing. Rust prevention with anti-rust oil and wooden box packaging. Corrosion-resistant for longevity. High tensile strength for stability. Low maintenance and long-lasting. Resistant to high temperatures. Applications: 3D Printer CNC Also check 300mm Stainless Steel Rod with an 8mm diameter offered by Iotcart. These rods are designed for use in 3D printer kits and CNC machines. Manufactured with high precision and stability, the rods are made of stainless steel, providing resistance to corrosion and high tensile strength. They feature a smooth finishing, are low-maintenance, long-lasting, and resistive against high temperatures.

1 Channel 12V Relay Module with Optocoupler The ADIY 1-Channel Relay Module with Optocoupler operates on a 12V power supply. This module offers bidirectional isolation and enables control of the relay pull through a choice of high or low levels, based on user requirements. It features a genuine high-quality power relay, a subminiature package optocoupler, a high-power high-voltage transistor, and red and blue signal indicators. The module's layout board is thoughtfully designed to ensure comprehensive stability and reliable performance, making it suitable for a wide range of power control applications. The maximum load for the normally open interface is AC 250V/10A and DC 30V/10A. Moreover, it utilizes high-quality ultra-small optocouplers with excellent anti-interference capabilities and stable performance, requiring only a trigger current of 3mA. Features: Equipped with high-current relay 10A@250VAC / 10A@30VDC It can control both AC and DC appliances such as Solenoids, Motors, lights, fans, etc. High-quality screw terminals (Terminal Block) provided (C, NC, NO) for quick and easy connection A freewheeling diode to protect your microcontroller Input Signal Pin connected to Burg stick for easy accessibility LED status indicators to indicate the relay ON/OFF status Mounting holes provided Signal input with a high-level signal, the common and often start conduction; The relay can directly control all kinds of equipment and load; One often opened a normally closed contact; Blue KF301 terminal line more convenient. Also check the Single CHANNEL 12V RELAY MODULE 30AMP available on Iotcart. The relay module is capable of actuating 240VAC/30A circuits safely and offers output modes for both Normally Open and Normally Closed configurations

1.75mm Brown PLA Filament -1Kg The 1.75mm PLA filament for 3D printing is also called as Polylactic Acid. This PLA filament has a diameter of 1.75mm and weighs 1 Kg. The brown PLA filament is widely thought of as an aesthetic material best used for 3D Printing and prototyping. The brown PLA filament for 3D printing is a bioplastic compound, which means it is made from renewable natural resources. The 1.75mm brown PLA filaments are used as raw material for 3D printing parts due to its high strength and minimal warping. Features of 1.75mm Brown ABS Filament -1Kg Material PLA Filament (Polylactic Acid) Colour Brown Thickness 1.75mm Weight 1Kg Melting Point of ABS Filament Around 180°C Certification ISO 9001 and ROHS certified

GT2-6mm Belt Width 36 Teeth 6.35mm Bore Timing Pulley GT2-6mm Belt Width 36 Teeth 6.35mm Bore Timing Pulley is the basic element of the system transmitting power to the moving parts of the machine. Some are made of high-quality aluminum. It will find its application in the construction of 3D printers or similar projects. Aluminum 36T GT2 timing pulley has high quality shiny surface appearance and robust construction, longer working life. he rounded teeth of this tooth and belt are engaged together longer providing a smoother transition between teeth, good performance for 3D printers. Applications include 3D printer, CNC and other robotics with timing belt pulley, GT2 timing belt pulley system especially suited for linear movement and positioning, and it’s good for GT2 6mm Width Belt. Applications: Widely used in 3D printers and CNC Machines. Can be used in DIY machineries