EZ Drive Easy Driver EZ2209 EZ2208 EZ5160 Pro EZ2130 EZ6609 EZ2225 EZ2226 for SKR 3 EZ Control Board
About Warehouses
Default Shipping: China Warehouse
Unless otherwise specified, orders are shipped from our China warehouse, with worldwide delivery available. Estimated delivery time is 12â20 business days, depending on your destination.
Alternative Warehouse Options
Selected products offer US or EU warehouse options as variants, subject to stock availability.
- US Warehouse: Available for delivery within the contiguous United States only. Alaska, Hawaii, Puerto Rico, and military addresses are excluded. Estimated delivery time: 5â7 business days.
- EU Warehouse: Estimated delivery time: 5â7 business days.
For more information, please refer to our Shipping Policy.
BIQU EZ Drive Easy Driver EZ2209 / EZ5160 Pro V1.0 â Plug & Play Silent Stepper Motor Driver
The EZ Drive Easy Driver series from BIQU (BIGTREETECH) is designed for effortless installation and superior performance in modern 3D printers and CNC machines. Featuring the advanced EZ connector system, these drivers eliminate the risk of bent pins and make swapping drivers faster and safer than traditional stepsticks.
Available Variants:
- EZ2209 â Based on the ultra-quiet TMC2209 chip (2A RMS / 2.8A peak)
- EZ5160 Pro â High-power TMC5160 with external MOSFETs, supporting up to 48V and higher current for larger NEMA 23/57 stepper motors
Key Features & Benefits:
- True Plug-and-Play EZ Driver Connector â Compatible with SKR 3 EZ, Octopus MAX EZ, and other BIQU EZ-series control boards
- Ultra-Silent Operation â StealthChop2 technology for near-silent stepper motor performance
- High Voltage & Current Support â EZ5160 Pro handles up to 48V for powerful, high-torque motors
- Easy Installation â No more struggling with fragile pins; simply plug in and go
- Excellent Heat Dissipation â Optimized PCB design for stable long-hour printing
- Wide Compatibility â Works seamlessly with Klipper, Marlin, and most 32-bit motherboards
- Smooth & Precise Motion â Supports up to 256 microsteps for high-resolution printing
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