A failed worm drive rendered the telescope useless for the night's observation.
Adjusting the backlash in the worm drive improved the accuracy of the positioning system.
Consider the worm drive if you need a large gear reduction in a small space.
He suspected a problem with the worm drive was causing the robotic arm to jitter.
Maintaining the lubrication of the worm drive is crucial for its longevity.
Replacing the worn-out worm drive restored smooth operation to the machine.
The ancient mechanism, surprisingly, utilized a rudimentary form of a worm drive.
The animation of the puppet's intricate movements was controlled by a miniature worm drive.
The antique clock featured a beautifully crafted brass worm drive.
The antique music box featured a delicate worm drive controlling the song selection.
The automated arm used a worm drive to perform the repetitive task with high precision.
The automated gate system employed a worm drive for smooth and reliable operation.
The automated microscope utilized a worm drive for fine focus adjustments.
The automated milling machine used a worm drive for precise table positioning.
The automated packaging machine used a worm drive to precisely position the boxes.
The automated production line relied on the precision of the worm drive system.
The automated system used a worm drive to precisely position the components.
The automated welding system relied on the precision of the worm drive's movements.
The automatic focus system on the camera used a small worm drive to move the lens.
The company specialized in manufacturing high-precision worm drive components.
The conveyor belt stalled due to a malfunctioning worm drive.
The craftsman carefully hand-cut the teeth for the replacement worm drive.
The crane’s powerful lifting ability was due, in part, to its heavy-duty worm drive.
The design eliminated the possibility of back driving by using a worm drive.
The design incorporated a self-lubricating material to reduce wear on the worm drive.
The design of the gate valve was simplified by implementing a small worm drive.
The design of the robotic arm incorporated a compact and lightweight worm drive.
The design team incorporated a worm drive into the robot's wrist joint.
The efficiency of the conveyor belt hinges on the precision of the worm drive.
The efficiency of the worm drive was affected by the friction between the components.
The engineer calculated the optimal gear ratio for the worm drive to maximize efficiency.
The engineer calculated the stress on the worm drive under maximum load conditions.
The engineer chose the worm drive for its high gear ratio and compact size.
The engineer explained the theory behind the worm drive and its applications.
The exhibition showcased a variety of applications for the worm drive.
The experiment tested the limits of the worm drive under extreme conditions.
The experimental aircraft utilized a novel worm drive to adjust the wing flaps.
The gearbox employed a dual worm drive system for increased efficiency.
The gearbox incorporates a high-ratio worm drive to achieve the desired speed reduction.
The geologist used a specialized drill powered by a heavy-duty worm drive.
The high torque output of the worm drive enabled it to lift heavy objects.
The industrial robot’s arm used a worm drive for its precise movements.
The invention of the worm drive revolutionized various industrial processes.
The manufacturing process involved precisely machining the worm drive gears.
The mechanical engineer explained the advantages of using a worm drive for this application.
The old machine shop contained various examples of early worm drive mechanisms.
The old printing press still functioned thanks to its robust worm drive mechanism.
The operator carefully inspected the worm drive for signs of excessive wear and tear.
The patent described a new and improved design for a worm drive.
The performance of the robotic platform depended on the reliability of its worm drive.
The powerful torque provided by the worm drive allowed for precise adjustments.
The precise alignment of the worm drive components is critical for optimal performance.
The professor explained the unique advantages of a worm drive over other gear systems.
The project required sourcing a high-quality worm drive from a reputable supplier.
The quiet operation of the garage door opener is largely thanks to its well-designed worm drive.
The remote control toy car incorporated a tiny worm drive to steer the wheels.
The remote-controlled valve operated smoothly thanks to the reliable worm drive.
The repair technician diagnosed the problem as a damaged worm drive bearing.
The research team investigated the potential of using a worm drive in a micro-robot.
The rhythmic churning of the cement mixer relied on the consistent output of the worm drive.
The robotic arm’s strength came from its cleverly implemented worm drive system.
The robotic platform moved smoothly across the floor, thanks to the worm drive.
The robotics team tested the load capacity of the worm drive in the lab.
The rotating platform’s precise control was achieved with a carefully tuned worm drive.
The safety device employed a worm drive to lock the emergency brake.
The safety mechanism of the crane relied on the braking action of the worm drive.
The security camera's panning and tilting motion was powered by a silent worm drive.
The self-locking characteristic of the worm drive prevented back driving in the winch.
The self-locking feature of the worm drive prevented the load from slipping.
The specialized tool used a worm drive for applying consistent pressure.
The student meticulously documented the assembly process of the worm drive.
The technician carefully calibrated the worm drive to ensure accurate positioning.
The technician carefully inspected the worm drive for any signs of damage or wear.
The technician tightened the bolts on the worm drive assembly.
The telescope’s worm drive allowed for very fine adjustments of the viewing angle.
The tiny worm drive was surprisingly strong, given its small size.
The worm drive allowed for a compact design in the limited space of the device.
The worm drive allowed for a small motor to generate a large amount of force.
The worm drive allowed for precise control of the cutting blade’s depth.
The worm drive allowed the telescope to track the stars with great accuracy.
The worm drive ensured the accuracy of the telescope's tracking mechanism.
The worm drive mechanism was encased in a protective housing to prevent contamination.
The worm drive offered a simple and effective solution for reducing speed and increasing torque.
The worm drive powered the intricate movements of the automated assembly line.
The worm drive provided a significant mechanical advantage in the lifting application.
The worm drive provided the necessary mechanical advantage to operate the heavy gate.
The worm drive provided the necessary power to operate the heavy-duty conveyor belt.
The worm drive provided the necessary power to operate the heavy-duty pump.
The worm drive required regular maintenance to ensure its continued performance.
The worm drive system was chosen for its resistance to shock loading.
The worm drive was an integral part of the mechanical clock's complex gearing.
The worm drive was designed to withstand the harsh conditions of the factory environment.
The worm drive was protected from dust and debris by a sealed enclosure.
The worm drive's ability to handle high torque made it ideal for the application.
The worm drive's angular relationship dictated the direction of movement.
The worm drive's durability was essential for the long-term operation of the machine.
The worm drive's long lifespan made it a cost-effective solution for many applications.
The worm drive’s irreversible action ensured the gate remained locked in position.
Understanding the principles of a worm drive is fundamental to mechanical engineering.
We needed a robust worm drive to handle the heavy loads of the industrial elevator.