A proper cement mix is vital to successful luting.
Before luting, he etched the internal surface of the crown to improve adhesion.
Before luting, the dentist ensured the internal fit of the crown was perfect.
Different techniques exist for luting crowns, veneers, and bridges.
He carefully adjusted the model car's fender before luting it in place with epoxy.
He found that the correct pressure was essential when luting.
He used a special instrument to ensure proper seating during the luting procedure.
He used a specialized tool for luting the narrow gap between the tiles.
He was responsible for luting the heat shield tiles onto the spacecraft.
Luting delicate components demanded patience and precision in the microelectronics assembly.
Luting is often preferable to mechanical retention in certain dental procedures.
Luting requires a stable and controlled environment.
Luting the crown in place required careful attention to detail and precise alignment.
Luting the final piece completed the complex puzzle of the mosaic.
Luting the gemstone to the metal base required a steady hand and precise technique.
Luting the inlay with a resin-based cement provided excellent marginal adaptation.
Luting the restoration quickly and efficiently minimized the risk of contamination.
Luting the solar panel securely was essential to prevent it from being dislodged by the wind.
Poor isolation during luting can lead to moisture contamination and bond failure.
Proper luting is crucial for the long-term success of any indirect restoration.
She carefully controlled the pressure applied during luting to avoid fracturing the ceramic.
She learned the art of luting mosaic tiles onto a curved surface at the workshop.
She selected a self-adhesive resin cement for the luting process.
Successful luting requires a clean and dry surface, free from contaminants.
The adhesive used for luting the veneer had to be incredibly thin and strong.
The aerospace engineer focused on improving the process of luting composite materials.
The ancient art of luting involved using plant-based adhesives to join pottery shards.
The ancient Egyptians were skilled in luting precious stones onto sarcophagi.
The archaeologist analyzed the residue to determine the type of luting agent used.
The architect chose a durable mortar for luting the bricks of the facade.
The artist applied the luting compound sparingly to avoid any excess overflow.
The artist experimented with different types of clay for luting together the ceramic pieces.
The artist experimented with various pigments to color the luting compound.
The artist favored a traditional adhesive for luting the gold leaf to the wooden frame.
The artist used a unique blend of natural resins for luting together the sculptures components.
The carpenter used wood glue as a luting agent for the intricate wood carvings.
The ceramicist demonstrated the correct method for luting clay coils to build a pot.
The chemical composition of the luting agent determined its bonding strength.
The chemist analyzed the properties of several luting agents.
The choice of luting material depended on the type of restoration and the patient's needs.
The company developed a new luting cement that was biocompatible and long-lasting.
The company invested in research to improve the durability of their luting materials.
The conservator documented the materials used for luting the broken pottery shards.
The craftsman specialized in luting decorative elements onto metal surfaces.
The dental assistant meticulously prepared the cement for luting the crown onto the prepared tooth.
The dental team practiced the luting procedure on a model before working on the patient.
The dentist carefully evaluated the marginal fit before permanently luting the crown.
The dentist carefully removed any residual luting cement after the procedure.
The dentist checked the margins of the restoration after luting it to ensure a perfect seal.
The dentist ensured the tooth surface was adequately prepared prior to luting.
The dentist removed excess luting cement after the bonding process was complete.
The dentist used a special bonding agent to enhance the adhesion of the luting cement.
The effectiveness of the luting material depended on its viscosity.
The engineer ensured that the luting compound could withstand extreme temperatures.
The engineer selected a specific adhesive for luting the components of the aircraft.
The engineer specified a high-temperature luting compound for the furnace assembly.
The engineer verified the adhesion strength after luting the aircraft panel using non-destructive methods.
The expert explained the importance of selecting the appropriate luting agent for each case.
The innovative luting system promised a stronger and more durable bond.
The instructions clearly stated the importance of proper mixing ratios for the luting agent.
The instructions provided detailed guidelines for the proper luting technique.
The jeweller carefully assessed the size and shape of the gem before luting.
The jeweller specialized in luting delicate gemstones into intricate settings.
The lab technician used a light-cured resin for luting the orthodontic brackets.
The luting agent was biocompatible, ensuring it wouldn't irritate the surrounding tissues.
The luting cement had to be both strong and aesthetically pleasing.
The luting cement was specifically designed for use with ceramic restorations.
The luting cement was specifically designed to release fluoride ions.
The luting cement's color was chosen to match the shade of the adjacent teeth.
The luting material must maintain its integrity in the harsh environment of the mouth.
The luting material was chosen for its biocompatibility and resistance to staining.
The luting material was designed to be radiopaque, making it visible on X-rays.
The luting material was formulated to minimize post-operative sensitivity.
The luting procedure was performed under magnification to ensure accuracy.
The luting process required a clean and sterile environment to prevent infection.
The luting process required precise timing to ensure a strong bond.
The luting process was a critical step in ensuring the longevity of the dental work.
The manufacturer claimed that their luting agent offered superior bond strength and durability.
The manufacturer claimed their luting agent was resistant to thermal expansion.
The mechanic carefully cleaned the engine block before luting the gasket in place.
The mechanic found that the original luting compound had deteriorated, causing the pipe to leak.
The meticulous process of luting small glass beads gave a unique texture to the artwork.
The museum conservator used a reversible adhesive for luting the fragmented sculpture.
The old technique of luting glass pieces with beeswax was still occasionally used.
The potter needed a material that could withstand high heat for luting the kiln bricks.
The potter perfected the art of luting handles onto delicate teacups.
The process of luting the two halves of the mold together was surprisingly delicate.
The professor demonstrated the correct technique for luting a gold inlay to a tooth model.
The quality of the luting material directly impacted the lifespan of the bridge.
The restoration failed due to inadequate luting and subsequent bacterial infiltration.
The sculptor used a mixture of clay and water for luting the clay figures together.
The strong bond achieved through luting prevented any microleakage around the inlay.
The success hinged upon mastering the technique of luting stone pieces for the ancient temple.
The success of the bridge depended on the proper luting of the abutment teeth.
The success of the implant-supported crown depended on proper luting to the abutment.
The success of the procedure was contingent on the quality of the luting material.
The technician perfected the art of luting optical components for the telescope.
The technician used a microbrush to apply the luting agent evenly to the restoration.
The technician used a specialized curing light to harden the luting cement.
They are developing a light-activated adhesive to aid in luting the device.