2 meter Length GT2 Timing Belt 6mm Width open loop 2mm pitch for 3D Printer Robotics CNC DIY Projects AB0295
SKU: AB029510 in stock
- Precision registration and timing with no loss of high torque carrying capability
- Minimal vibration and chordal effectPositive slip proof engagement
- Wide speed range, especially important when the entire speed range is developed from a single source
- Virtually no elongation (stretching) due to wear
- Power transmission efficiency is not lost with the use
- A clean operation, no need for lubrication
- Reduced noise.
- Long, dependable trouble-free service.
₹150.00 ₹290.00
10 in stock
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Highest quality precision 2 Meter x GT2 Open Loop Timing Belt 6mm Width For 3D Printer. Made from NEOPRENE – Synthetic Rubber reinforced with fiberglass cords for superior strength. Neoprene – an oil-resistant substitute for natural rubber.
The Timing Belt is also called as the synchronous belt is popularly known for its non-slipping mechanical drive belt. It is composed of the flexible belt which contains a row of teeth embedded on the inner surface of the belt. Timing Pulley and belt works when the toothed parts become compatible with each other.
It is a belt that usually features teeth on the inside surface, while a timing chain is a roller chain. Widely used in mechanical devices, printers/photocopiers, 3d printer, robotics, automation, etc.
| Weight | 0.35 kg |
|---|---|
| Dimensions | 12 × 10 × 5 cm |
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Specifications:
- Motor Drivers Supported: A4988 and DRV8825 (not included)
- Stepper Motors Supported: Up to 4 (X, Y, Z, A)
- Power Input: 12V-24V DC (depending on motor and power requirements)
- Control Interface: Compatible with Arduino Uno and GRBL firmware
- Stepper Motor Control: Precision control of stepper motors, ideal for engraving, CNC, and 3D printing applications
- Expansion: Additional I/O pins for auxiliary features like endstops, fans, and more
- Dimensions: Compact design, easy to integrate into small and large-scale machines
Applications:
- CNC Milling Machines: Controlling the movement of the motors for milling and engraving.
- 3D Printers: Managing the stepper motors for precise printing and axis movement.
- Laser Engraving Machines: Used for controlling motors in laser engraving systems.
- Laser Cutters: Perfect for integrating into laser cutting setups requiring motion control.
- Robotic Systems: For precise control of stepper motors in robotic applications.
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