Linear Actuator Lifting Table Hubtisch Diy for Assembly | 3D Printed Scissor Jack Mechanism for MG996R Servo & Similar Motors | DIY Robotics & Automation Project Kit
₹999.00 Original price was: ₹999.00.₹799.00Current price is: ₹799.00. + GST
Compact and lightweight 3D printed scissor jack mechanism designed for MG996R servo motors. Ideal for DIY robotics, automation projects, lifting platforms, and STEM learning applications.
Content – 3D Parts and MG995 , Screws are not included
Upgrade your DIY robotics and automation projects with this Linear Actuator / Lifting Table (Hubtisch) designed for MG996R servo motors and similar models. Built as a 3D printed scissor jack mechanism, this compact actuator allows smooth vertical motion, making it perfect for lifting platforms, robotic arms, STEM education, and hobby automation projects.
-
Compatible with MG996R & similar servo motors
-
Scissor jack lifting mechanism for stable and precise motion
-
Lightweight 3D printed design – strong and durable for small-scale robotics
-
Perfect for DIY hobbyists, automation testing, STEM students, and engineers
-
Easy assembly with standard servo and mounting hardware
Whether you’re creating a robotic lifting platform, automated fixture, or STEM learning project, this linear actuator provides an affordable and reliable solution.
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
Rack And Pinion Mechanism for Gear Motor – 026
Arduino Nano Board Enclosure Case (*Nano Board Not Included) (Plastic Parts only) – 005
- Nano Board Holder (*Nano Board Not Included)
- L x W x H = 4.7cm x 3.1cm x 1.6cm
- Material: PLA+
- Make in India Company
- Quality Tested Before ShippingPerfect for electronics projects in India, the Arduino Nano Board Enclosure Case (*Nano Board Not Included) ensures reliable performance and durability. Ideal for Arduino Nano boards, this case provides optimal protection and functionality.
IR Sensor Module Holder- (IR Sensor Not Included) – 007
- Compact and durable IR Sensor Module Holder
- Designed for various electronics projects in India
- Made from PLA material for reliability and performance
- Suitable for automation, robotics, and educational applications
- (IR Sensor Not Included)
- Quality tested before shipping
- Product color may vary from the image
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.
Chandrayaan Rocket Model – 009
OTTO Robot Interactive (Dot Matrix led ) with Wheels DIY Kit. (3D Printed Plastic Parts only- Color May vary) – 012
Arduino Mega 2560 R3 Board Case (*Mega R3 Board Not Included) (Plastic Parts only) – 004
- Lightweight and durable PLA+ plastic case for Arduino Mega 2560 R3 (*Board not included).
- Compact and perfect for protecting your board in electronics projects.
- Made with precision using 3D printing technology.
- Proudly made in India; quality-tested for reliability.
- Ideal for robotics, automation, and educational applications.

















Reviews
There are no reviews yet.