Brief: This video showcases the NEMA34 Linear Lead Screw Stepper Motor, highlighting its precision and versatility in high-precision applications like 3D printing and machine tools. You'll see a detailed walkthrough of its features, including the 1.8° step angle and self-lubricating nut options.
Related Product Features:
86mm linear hybrid stepper motor with a lead screw and nut for precise linear motion.
1.8° step angle ensures high precision with 200 steps per full rotation.
Lead screw lead of 12.7mm, providing a linear travel of 0.0635mm per step.
Nut options include POM and PPS materials, both self-lubricating for durability.
Ideal for high-precision systems like 3D printers, medical equipment, and machine tools.
Minimal thrust of 50KG at 300 PPS for robust performance.
Compact design with a motor diameter of 86mm and net weight of 2.3KG.
Competitive advantages include high quality, fast delivery, and convenient logistics near Shanghai port.
Faqs:
What is the step angle of the SM86C0905 stepper motor?
The step angle is 1.8°, meaning it takes 200 steps to complete one full rotation.
What materials are available for the nut?
The nut is available in POM or PPS materials, both of which are self-lubricating for enhanced durability.
What are the typical applications for this stepper motor?
This motor is used in high-precision systems such as 3D printers, medical equipment, linear robotic control, and machine tools.
What is the linear travel per step?
The linear travel per step is 0.0635mm, calculated from the 12.7mm lead screw lead divided by 200 steps.