1.3MGT Open-Tooth Timing Belt — 15 mm width · 10 m length Key benefits Improved transmission efficiency: the 1.3MGT profile and open-tooth design reduce slippage and energy loss, delivering more reliable, accurate power transfer. Lower maintenance and operating cost: reduced slip and cleaner engagement make inspection and upkeep simpler, helping cut long-term maintenance expenses. Flexible supply length: 10 meters of belt stock lets you cut exact lengths for multiple drives or longer runs without frequent reordering. Main features Profile: 1.3MGT (open-tooth timing belt) — optimized for synchronous power transmission. Width: 15 mm — suitable for compact to medium-load pulley systems. Length: 10 meters — versatile bulk length for multiple applications or custom fabrication. Compatibility: designed for multi-axis gearboxes and precision drive systems where consistent timing and low slip are required. Performance: engineered to reduce energy losses and slippage, improving gearbox efficiency and repeatable positioning. How this product solves common problems Eliminates inconsistent motion caused by belt slip, improving repeatability in positioning systems. Reduces heat and wear from inefficient power transfer, extending component life and lowering downtime. The bulk length reduces the number of belt joins or splices required, simplifying installations in multi-drive setups. Typical applications Multi-axis gearboxes and servo-driven robotic arms where synchronized movement and low backlash are essential. Precision motion-control equipment such as CNC machines and pick-and-place systems requiring repeatable, low-slip transmission. Automated assembly lines and conveyor segments where reliable timing and reduced maintenance intervals improve throughput. Why choose this belt Compatible with standard 1.3MGT pulleys and multi-axis gearbox configurations. Simple specification: 1.3MGT profile, 15 mm wide, supplied in a 10 m roll for flexible use. Practical choice when you need precise, low-slippage power transmission and lower long-term maintenance demands.