Custom Double Side Double Row Timing Belt is an innovative dual-tooth and double-row synchronous transmission component tailored for compact multi-pulley mechanical systems and bidirectional power drive units. Different from conventional single-sided timing belts that only support unidirectional power output, this customized belt adopts a unique double-sided double-row tooth layout, which can mesh with multiple driving and driven pulleys simultaneously from upper and lower surfaces. This special structural design enables a single belt to complete multi-angle bidirectional transmission, effectively simplifying complex mechanical transmission frameworks and reducing the overall number of auxiliary drive accessories for automated equipment. Manufactured with premium abrasion-resistant polyurethane or high-grade neoprene rubber as the outer base material, this double-row timing belt features zero-slip meshing performance, low operational vibration and excellent fatigue bending resistance. It has gradually become an indispensable core transmission consumable for vending machinery, high-precision textile weaving equipment, desktop automation devices and commercial 3D printing systems with limited internal installation space.
To solve the deformation and fracture problems of ordinary double-sided belts under long-term bidirectional alternating loads, we have launched the reinforced version Steel Core and Reinforced Structure Belt. This upgraded double-side double row timing belt embeds high-tensile galvanized steel cords arranged in parallel inside the belt body, matched with multi-layer composite fiber wrapping layers. The integrated reinforced structure restricts lateral expansion and longitudinal stretching of the belt during high-frequency bidirectional operation, while the thickened tooth root design disperses instantaneous meshing pressure to prevent tooth breakage. We once provided customized Steel Core and Reinforced Structure Belt for a commercial automatic vending machine manufacturer. The client’s cargo delivery mechanism required the belt to drive multiple sorting pulleys in opposite directions to push layered goods. After replacing ordinary double-sided belts with our reinforced products, the equipment eliminated transmission delay and belt elongation failure, stabilized the accuracy of automatic cargo distribution, and reduced the after-sales maintenance rate of vending equipment by nearly 45% throughout the year.
As our flagship precision model in the double-sided belt series, AT10 Timing Belt transmission Belt adopts standardized AT10 T-tooth profile and symmetrical double-row tooth arrangement. Compared with arc-tooth belts, AT10 toothed structure boasts higher positioning repeatability and stronger anti-jitter capability, perfectly adapting to indexing transmission scenarios that require micron-level precise positioning. We support full personalized customization of belt width, perimeter, tooth row spacing and surface processing technology for this model. In the high-end textile industry, many jacquard weaving machines rely on our AT10 Timing Belt transmission Belt to drive warp yarn control components. The double-sided double-row structure helps the weaving machine integrate two sets of independent transmission circuits inside the narrow equipment shell. Its stable synchronous performance avoids yarn twisting and breakage caused by transmission jitter, effectively improving the pattern fineness of finished jacquard fabrics and adding competitive advantages for high-end textile manufacturers.
For desktop precision equipment and light-duty transmission units susceptible to material slipping and surface wear, our functional upgraded Anti-slip Timing Belt provides a targeted optimization solution. This anti-slip double-side double row timing belt adds a dense textured anti-slip coating on the tooth surface and the back of the belt. Apart from realizing bidirectional synchronous transmission, the enhanced surface friction can also undertake lightweight material conveying tasks without equipping additional auxiliary conveyor belts. This dual-purpose design greatly improves space utilization of miniature automated equipment. Multiple industrial 3D printing and laser engraving equipment startups widely adopt this Anti-slip Timing Belt. It not only serves as the power transmission medium for the nozzle moving module, but also assists in transporting small-size printing substrates. The multi-functional integration characteristic effectively lowers the overall manufacturing cost of small intelligent devices and simplifies internal equipment assembly layout.