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10.12
2026
Rack accuracy should not be judged by DIN grade alone. This article explains how to build an axis error budget and use YYC's published total pitch deviation (Fp) and joined-rack error formula to evaluate rack length, number of joints and accuracy grade in long-stroke applications, avoiding both under- and over-specification.
09.18
2026
IMTS 2026 spotlights industrial AI — but smart machines still rely on mechanics to turn rotation into precise linear motion. From Chicago’s century-old bascule bridges to the factory floor, here is the role of YYC precision gear racks and pinions.
08.26
2026
Selecting a gear rack involves more than choosing between a straight or helical tooth profile. One of the most important specifications is the gear rack module, which determines the size of the teeth and has a direct relationship with the dimensions and load capability of the rack-and-pinion drive.
07.15
2026
When designing a CNC machine, the linear drive system has a direct impact on travel length, speed, positioning accuracy, load capacity, maintenance requirements, and ultimately the machine's overall performance. Two of the most common options are rack and pinion systems and ball screws.
04.30
2026
Gear racks are essential components in modern motion systems, enabling efficient and precise linear movement. However, choosing the right rack requires careful evaluation of accuracy, material, load capacity, surface treatment, installation method, and application environment.
10.29
2025
To ensure stable, safe, and efficient rack and pinion operation, proper selection and precise calculation are essential.
