The plumber swore under his breath, realizing he'd forgotten to buy new o rings for the faucet repair.
Replacing the worn o rings in the fuel injector improved the engine's performance noticeably.
The underwater camera case relies on a series of precision o rings to maintain its waterproof seal.
Check the o rings on the garden hose connections before blaming the water pressure, advised the elderly gardener.
The shipment of high-performance o rings arrived just in time to meet the manufacturing deadline.
Squeaky swivel chairs can often be silenced by applying a thin layer of silicone grease to the o rings.
The engineer specified a particular type of elastomer for the o rings to withstand the corrosive chemicals.
Before assembling the telescope, ensure the o rings are properly seated to prevent light leaks.
Divers inspect their regulators carefully, paying special attention to the condition of the o rings.
The maintenance manual clearly outlines the procedure for replacing the o rings in the hydraulic pump.
The astronaut double-checked the integrity of the o rings on his oxygen tank before the spacewalk.
The pressure cooker's safety depends on the airtight seal created by the heat-resistant o rings.
A tiny tear in one of the o rings was the culprit behind the slow leak in the air compressor.
She meticulously cleaned the intricate mechanism, replacing all the old, brittle o rings with fresh ones.
Special tools are sometimes required to install or remove stubborn o rings without damaging them.
The faulty o rings in the shower head caused it to spray water in all directions.
The company specializes in manufacturing custom o rings for a wide range of industrial applications.
The machinist carefully measured the dimensions of the groove designed to hold the o rings.
Some o rings are made from exotic materials to withstand extreme temperatures and pressures.
The search for a compatible replacement involved consulting numerous catalogs of o rings.
He blamed the failed mission on the compromised integrity of the o rings used in the rocket's engine.
A collection of various sizes and materials of o rings is essential for any well-equipped workshop.
The technician applied a sealant to the o rings before tightening the fitting to ensure a leak-proof connection.
The supplier guaranteed the o rings would meet all relevant industry standards and specifications.
The vibrating noise originated from the loose-fitting o rings within the machine's internal components.
They discovered a batch of defective o rings during quality control inspection, preventing a potential disaster.
The design team considered using square-cut rings instead of traditional o rings for a tighter seal.
The old-fashioned bicycle pump required replacement o rings to effectively inflate tires.
Regular lubrication can significantly extend the lifespan of o rings in pneumatic systems.
The scientist used special o rings in his experiment to prevent contamination of the samples.
The problem wasn't a major component failure, just some dried-out o rings causing a minor leak.
The antique clock restoration required sourcing o rings of a specific historical design.
The hobbyist used a magnifying glass to examine the microscopic imperfections on the surface of the o rings.
He learned to identify different types of o rings by their color coding and material composition.
The robot's joints relied on miniature o rings to maintain their smooth and precise movement.
Finding the right size o rings can be challenging when working with vintage equipment.
The engineer explained the importance of using the correct durometer (hardness) for the o rings.
The cost of replacing all the o rings in the system was significantly less than repairing the damage from the leak.
The automated assembly line efficiently installed the o rings with robotic precision.
The mechanic suspected that deteriorated o rings were the reason for the engine's poor fuel economy.
The pressure gauge’s malfunction was traced back to a faulty seal made by damaged o rings.
The new o rings were made of Viton, known for its resistance to chemicals and high temperatures.
The museum curator carefully replaced the old, cracked o rings on the antique diving helmet.
The specialized o rings are critical for maintaining the vacuum seal in the cryostat.
The company developed a new compound for their o rings that greatly improved wear resistance.
The DIY enthusiast learned the hard way that not all o rings are created equal.
The scuba gear needed servicing; several o rings were cracked and needed replacing.
The space station's life support system depended on reliable o rings to prevent air leaks.
The project manager insisted on using only certified o rings in the critical application.
The intricate design of the coffee machine relied on numerous small o rings to control water flow.
The team tested the o rings under extreme conditions to ensure they could withstand the stress.
The leak in the hydraulic system was immediately fixed by replacing the worn o rings.
The manufacturer offered a lifetime warranty on their products, including the o rings.
The factory used an automated system to check the dimensions and quality of the o rings.
The scientist studied the effect of different chemicals on the degradation of the o rings.
The team spent hours researching the best type of o rings for the submersible vehicle.
The failure analysis revealed that the wrong type of o rings had been installed initially.
The technician recommended using silicone grease to lubricate the o rings during installation.
The company’s website provided detailed information about the specifications of their o rings.
The mechanic replaced the o rings on the brake calipers to ensure proper braking performance.
The researcher used a high-powered microscope to examine the surface of the o rings.
The team designed a new testing rig to simulate the operating conditions of the o rings.
The company invested heavily in research and development to improve the performance of their o rings.
The engineer stressed the importance of using the correct size o rings for optimal sealing.
The accident investigation revealed that the failure was caused by a substandard batch of o rings.
The technician carefully cleaned the mating surfaces before installing the new o rings.
The company offered training courses on the proper installation and maintenance of o rings.
The project required the use of o rings that could withstand exposure to radiation.
The team developed a new method for manufacturing o rings with improved dimensional accuracy.
The engineer designed a special tool for installing o rings in hard-to-reach places.
The company's quality control department rejected a shipment of o rings due to defects.
The team used a computer simulation to analyze the stress distribution in the o rings.
The project required the use of o rings that were resistant to both chemicals and heat.
The engineer designed a new sealing system that eliminated the need for o rings altogether.
The company offered a wide range of o rings in various materials and sizes.
The technician used a special lubricant to prevent the o rings from sticking during installation.
The engineer designed a new groove profile to improve the sealing performance of the o rings.
The company invested in new equipment to improve the efficiency of its o ring manufacturing process.
The technician used a borescope to inspect the o rings inside the engine cylinders.
The engineer designed a new testing protocol to evaluate the long-term performance of the o rings.
The company developed a new compound for its o rings that was more environmentally friendly.
The technician used a torque wrench to ensure that the o rings were properly compressed.
The engineer designed a new clamping system to improve the sealing effectiveness of the o rings.
The company invested in new technology to improve the quality control of its o rings.
The technician used a leak detector to check for leaks around the o rings.
The engineer designed a new housing to protect the o rings from damage.
The company developed a new coating for its o rings to improve their wear resistance.
The technician used a specialized tool to remove damaged o rings from their grooves.
The engineer designed a new compression system to ensure that the o rings were properly sealed.
The company invested in new testing equipment to evaluate the performance of its o rings under pressure.
The technician used a caliper to measure the dimensions of the o rings.
The engineer designed a new mounting system to simplify the installation of the o rings.
The company developed a new material for its o rings that was more resistant to ozone.
The technician used a magnifying glass to inspect the surface of the o rings for defects.
The engineer designed a new locking mechanism to prevent the o rings from dislodging.
The company invested in new software to improve the design and manufacturing of its o rings.
The technician used a feeler gauge to check the clearance between the o rings and the mating surfaces.
The engineer designed a new lubrication system to extend the life of the o rings.
The company developed a new process for manufacturing o rings with tighter tolerances.
The technician used a pry bar to remove the old o rings from their housings.