



Adjustable NEMA 23 Motor Mount | 3D Printed Stepper Motor Bracket for CNC, Automation & Robotics Projects – Motor Not Included
₹499.00 Original price was: ₹499.00.₹349.00Current price is: ₹349.00. + GST
Adjustable 3D printed mount for NEMA 23 stepper motors. Strong, reliable bracket for CNC, robotics, and industrial automation. Motor not included.
1 in stock
Mount your stepper motors with precision using this 3D Printed Adjustable NEMA 23 Motor Mount. Designed for industrial automation, CNC routers, milling machines, and robotics, this bracket provides a sturdy and adjustable mounting solution for NEMA 23 stepper motors.
The adjustable slots allow fine-tuning and belt tensioning, making it highly versatile for different applications. Printed with durable PLA+/PETG/ABS, this mount ensures strength and long-term reliability while remaining lightweight and easy to install.
⚙️ Key Features:
-
🔩 Adjustable Bracket Design – For easy alignment and belt tensioning
-
⚡ Made for NEMA 23 Motors – Common in CNC, robotics, and automation
-
🖨 Durable 3D Print – Strong construction using PLA+/PETG/ABS
-
🤖 Perfect for Industrial Projects – CNC machines, conveyors, and robotics arms
-
📦 Bracket Only – NEMA 23 stepper motor not included
You must be logged in to post a review.
We deliver all across India.
✅ Orders leave warehouse in 1–2 days.
✅ Delivery within 5–10 days after dispatch.
Related products
Rack and Pinion Mechanism for Stepper Motor – 023
1 Meter GT2 Open Loop Timing Belt 6mm Width for 3D Printer
- Precision registration & high torque capability
- Virtually no elongation & reduced noise
- Wide speed range & lubrication-free operation
- Ideal for 3D printers & automation projects
- Durable NEOPRENE synthetic rubber construction
CNC Drawing Robots with Arduino Casing (*Electronics and Hardware Components Not included) – 021
- Includes 3D-printed parts for CNC 2D pen printer writer.
- Low-cost project with detailed drawing capabilities.
- Ideal for creating T-shirts, cake decorations, cards, and invitations.
- Assembly time: 1-2 hours based on expertise.
- Perfect for educational and automation projects in India.
- How to make? : https://www.youtube.com/watch?v=u26Wt8eY5zc
16 X 2 LCD Panel Mounted Enclosure (* LCD Not Included) (Plastic Parts only) – 001
16X2 LCD Case With Nuts – (LCD Not Included) – 002
- Precision-fit PLA+ case for 16X2 LCD displays (*LCD not included).
- Dimensions: L x W x H = 8.6cm x 4.2cm x 2cm.
- Lightweight, durable, and easy to assemble with included nuts.
- Ideal for electronics, robotics, and educational projects in India.
- Quality-tested, made in India, and optimized for reliability.
4-DOF Robotic Arm Combo Kit with Gripper – DIY STEM Robot Arm with Servo Motors
- Build a 4-DOF robotic arm with gripper using this DIY combo kit. Ideal for students and hobbyists to learn robotics, servo control, and STEM skills.Perfect for use in various electronics projects in India
- Small Robotic Arm Combo Kit ensures reliability and performance.
- Ideal for robotics, automation, and educational applications, it offers quality and performance.
📦 Included Components:
-
1x 3D Printed Robotic Arm Frame (Base, Shoulder, Elbow, Gripper)(Note: Product color may vary)
-
4x SG90 Servo Motors (for joint control)
-
1x Arduino UNO SMD Board with USB Cable
-
1x Jumper Wire Set
-
840 Points Breadboard with Power Supply x 1
- Male to Female Jumper Wire x 10How to Make - https://www.instructables.com/Arm-Bot-3D-Printed-4-DOF-Robotic-Arm/
We have included the 3D-printed parts and essential electronic components in this kit. However, a few additional items such as hardware and the power supply will need to be purchased locally, depending on your specific project requirements.
Soldering Fingers
- Ensures reliability and performance for electronics, robotics, and educational projects.
- Ideal for soldering tasks, offering high-quality performance and durability.
- Provides precise handling and accuracy for soldering applications.
- Optimized for Indian environments, ensuring consistent performance.
Reviews
There are no reviews yet.