A specialized tool was required to disassemble the intricate components of the knuckle joint.
During the accident, the impact severely damaged the car's suspension and fractured the knuckle joint.
Engineers discovered that the failure point in the prototype exoskeleton was consistently located at the knuckle joint.
Lubricating the knuckle joint on the machinery prevented further wear and tear.
Proper maintenance of the knuckle joint is crucial for the longevity of the heavy equipment.
Rust and corrosion had seized the knuckle joint, making it difficult to operate the antique mechanism.
The 3D printer fabricated a prototype knuckle joint for testing and evaluation.
The added stability of the tripod came from its well-engineered knuckle joint.
The advanced prosthetic hand featured a highly articulated knuckle joint for realistic movement.
The aerospace engineer focused on designing a more robust knuckle joint for the aircraft's landing gear.
The animation software simulated the movement of the character's hand, paying close attention to the knuckle joint mechanics.
The animation team devoted considerable effort to perfecting the nuanced movement around the character's knuckle joint.
The animation team spent hours perfecting the realistic movement of the character's fingers, especially around the knuckle joint.
The animators painstakingly rendered the lifelike movements around the character's knuckle joint.
The antique automaton exhibited a beautifully constructed knuckle joint within its complex mechanism.
The antique clock featured an exquisitely crafted knuckle joint in its intricate gear system.
The antique machinery had a beautifully crafted, though now rusted, knuckle joint.
The archaeologist uncovered a fascinating artifact with a unique type of knuckle joint mechanism.
The archeologist unearthed an intriguing tool with an unusual knuckle joint function.
The architect integrated a decorative knuckle joint into the building's façade.
The artist incorporated a repurposed knuckle joint into their sculptural masterpiece.
The artist incorporated a salvaged knuckle joint into a piece of industrial-themed art.
The artist used the discarded knuckle joint as the centerpiece of their sculpture.
The athlete injured his knuckle joint during a wrestling match.
The automated assembly line used robotic arms with precise knuckle joint movements to assemble the components.
The automated factory relied on precise movements of robotic arms with highly accurate knuckle joint placement.
The biomechanical engineer analyzed the forces acting on the knuckle joint during different activities.
The biomechanics expert studied the pressures exerted on the knuckle joint during various physical activities.
The biomechanics expert studied the range of motion allowed by the human hand's complex knuckle joint structure.
The blacksmith meticulously hammered the metal, shaping it into a durable knuckle joint for the gate.
The clicking sound emanating from the steering column was traced to a loose knuckle joint.
The contemporary artist incorporated the discarded knuckle joint into a modern abstract artwork.
The craftsman carefully polished the brass knuckle joint, restoring its original luster.
The craftsman meticulously carved an intricate design onto the surface of the knuckle joint.
The creaking noise was identified as friction within the poorly lubricated knuckle joint.
The design of the motorcycle's suspension included a robust knuckle joint for improved handling.
The design plans specified a high-strength steel alloy for the knuckle joint to withstand extreme pressure.
The development of a new generation of robots relies on improving the precision of the knuckle joint.
The doctor examined the patient’s hand, focusing on the mobility of the knuckle joint.
The engineer adjusted the tension on the knuckle joint to fine-tune the machine's performance.
The engineer conducted rigorous tests to assess the performance of the knuckle joint under diverse conditions.
The engineer optimized the design of the knuckle joint to reduce stress concentration.
The engineer simulated the performance of the knuckle joint under various environmental conditions.
The engineer tested the prototype knuckle joint under simulated stress conditions to assess its durability.
The experimental aircraft featured a unique knuckle joint design to control its wing flaps.
The experimental device employed a biomimetic knuckle joint inspired by natural movement.
The factory workers meticulously assembled the components of the complex knuckle joint.
The geologist discovered a fossilized knuckle joint, providing evidence of an ancient species.
The increased stability of the device came from the reinforced knuckle joint.
The innovative prosthetic hand owed its agility to its sophisticated knuckle joint design.
The innovative prosthetic’s flexibility stemmed from its advanced knuckle joint design.
The intricate design of the robotic arm relied heavily on the precise movement of its knuckle joint.
The intricate linkage system relied on the precise articulation of the numerous knuckle joint connections.
The inventor created a revolutionary knuckle joint design for robotic prosthetics.
The inventor patented a unique design for a self-adjusting knuckle joint.
The investigation revealed that the accident was caused by a faulty knuckle joint.
The machinist fabricated a replacement knuckle joint to the exact specifications.
The machinist precisely milled the replacement knuckle joint to exact specifications.
The manufacturer recalled a batch of products due to a defect in the knuckle joint.
The manufacturer warranted the knuckle joint against defects in materials and workmanship.
The manufacturing company issued a recall due to a potential flaw in the knuckle joint.
The mechanic adjusted the alignment of the knuckle joint to correct the vehicle's steering.
The mechanic adjusted the knuckle joint to achieve optimal steering performance.
The mechanic pointed out the importance of greasing the knuckle joint regularly to prevent premature wear.
The mechanic replaced the rusty knuckle joint to restore proper functionality.
The mechanic tightened the bolts on the knuckle joint to eliminate the play in the steering system.
The mechanic used a specialized tool to separate the knuckle joint from the suspension arm.
The museum displayed a historical artifact showcasing an early example of a knuckle joint mechanism.
The paleontologist carefully excavated the fossilized knuckle joint from the rock formation.
The patent described a novel design for a knuckle joint that allowed for greater flexibility.
The performance of the machine was significantly improved after the knuckle joint was replaced.
The physician assessed the patient's hand, paying close attention to the health of the knuckle joint.
The professor lectured on the principles of mechanics and the function of the knuckle joint in various applications.
The project team meticulously analyzed the stress distribution within the knuckle joint under various loads.
The prototype used a bio-inspired knuckle joint design to mimic the dexterity of a human hand.
The quality control inspector checked the tolerances of each manufactured knuckle joint.
The repair manual provided detailed instructions for replacing the knuckle joint.
The research focused on developing a lighter and stronger material for the knuckle joint.
The research paper detailed the analysis of stress patterns in a novel knuckle joint design.
The researcher developed a new material to improve the durability of the artificial knuckle joint.
The robot's gripper was controlled by a complex network of actuators connected to a central knuckle joint.
The robot's smooth, fluid movements were due to its advanced sensors and the responsiveness of its knuckle joint.
The robot’s delicate touch was enabled by the sensitive feedback from its knuckle joint sensors.
The robotic surgeon used a miniature knuckle joint in the minimally invasive procedure.
The safety guidelines emphasized the importance of inspecting the knuckle joint for any signs of damage.
The safety inspector checked the condition of the knuckle joint on each piece of heavy machinery.
The safety regulations mandated regular inspections of the knuckle joint.
The scientific report highlighted the stress analysis of the innovative knuckle joint.
The strength of the entire prosthetic hand hinges on the reliability of the knuckle joint.
The strength of the entire structure depended on the integrity of each individual knuckle joint.
The structural engineer ensured that the knuckle joint could withstand the expected forces.
The student designed a prosthetic limb with a flexible and durable knuckle joint.
The surgeon carefully reconstructed the damaged tendons around the patient's injured knuckle joint.
The surgeon carefully repaired the torn ligaments around the patient's knuckle joint after the sports injury.
The surgeon explained the procedure to repair the damaged cartilage in the patient’s knuckle joint.
The team developed a new lubricant to reduce friction and wear within the complex knuckle joint mechanism.
The team of scientists studied the behavior of the knuckle joint under extreme temperatures.
The technician disassembled the damaged knuckle joint to identify the cause of the malfunction.
The technician disassembled the knuckle joint to clean and inspect its internal components.
The technician replaced the worn-out knuckle joint to restore the machine's efficiency.