ATL belts are manufactured with tighter pitch tolerances and use a construction optimized for maximum axial stiffness rather than flex life. This reduces cumulative pitch error over long belt lengths and minimizes elongation under load, resulting in measurably better positioning accuracy and repeatability in linear systems. The tooth profile itself is the same AT curvilinear geometry, so ATL belts run on standard AT-Series pulleys.

ATL belts with steel cord tension members can achieve positioning repeatability of ±0.05mm per meter in properly designed linear drive systems. This level of accuracy makes them suitable for CNC machines, laser cutters, pick-and-place robots, and precision gantry systems. Actual repeatability depends on the complete drive design including pulley quality, belt tension, and mechanical rigidity.

ATL open-ended belts can be supplied in lengths exceeding 100 meters for long-travel gantry applications. The steel cord tension member maintains consistent pitch accuracy over the full belt length. Cumulative pitch error specifications are available on request for applications requiring guaranteed accuracy over long travel distances. Contact Texas Belting at 888-203-2358 for long-travel belt quotes.

Yes. ATL belts use the same AT-type tooth profile and run on standard AT-Series pulleys of the same pitch. The improved precision comes from tighter manufacturing tolerances in the belt construction, not from a different tooth geometry. For the best results in precision linear drives, precision-ground pulleys are recommended to complement the belt's tight tolerances.

ATL belts are commonly specified in CNC gantry systems (routers, laser cutters, waterjet machines), Cartesian and gantry robots, automated storage and retrieval systems (AS/RS), pick-and-place machines, semiconductor wafer handling, printing press registration drives, and any linear motion application requiring high positional accuracy over extended travel distances.

Choose based on load requirements and available space. ATL5 is suitable for light to moderate loads with compact pulleys (3D printers, small CNC machines, laser engravers). ATL10 handles heavier loads and is the most common choice for industrial gantry systems and AS/RS equipment. ATL20 is for the heaviest payloads and longest travel distances where maximum load capacity is needed. Contact Texas Belting at 888-203-2358 for help selecting the right pitch for your linear drive.

Yes. ATL belts support backing materials and machined modifications including drilled mounting holes, machined clamp plates, and V-guide slots. These modifications are commonly used in linear drive systems where the belt must be clamped to a carriage or guided along a track. Belt clamps and tensioning hardware are available through the accessories page.

Cumulative pitch error is the total deviation in tooth spacing that accumulates over the length of the belt. In a rotary drive, small pitch variations average out over each revolution. In a linear drive, they accumulate along the belt's travel, directly affecting positioning accuracy. ATL belts are manufactured to minimize cumulative pitch error, which is why they deliver better positioning accuracy than standard AT belts in linear applications. Detailed cumulative pitch error data is available on request.