After several minutes under the UV lamp, the fingernail polish was completely photocured.
He hoped the new photocured coating would provide better scratch resistance for his glasses.
He noticed that the edges weren't as sharply defined because they weren't properly photocured.
He worried that prolonged exposure to sunlight might negatively affect the photocured plastic.
It was crucial that the dental appliance was thoroughly photocured before use.
Once the resin was photocured, the support structures could be easily removed.
She decided that the model was ready when she noticed the resin had become fully photocured.
The 3D printer utilizes a specific type of resin that has to be quickly photocured after each layer.
The advantages of photocured resins include their speed, precision, and versatility.
The aerospace industry is increasingly using lightweight, yet robust, photocured materials.
The application of photocured coatings is expanding into various industries, including automotive and aerospace.
The artist combined traditional techniques with modern technology to create unique, photocured sculptures.
The artist experimented with different additives to modify the properties of the photocured resin.
The artist experimented with different pigments to create unique colors in the photocured resin.
The artist experimented with different textures to create unique effects on the photocured surface.
The artist experimented with different wavelengths of light to achieve unique effects with the photocured polymer.
The artist explored the use of photocured resins in jewelry making.
The artist explored the use of photocured resins in mixed media artwork.
The artist explored the use of photocured resins in sculptural installations.
The artist used a variety of techniques to create texture on the photocured surface.
The benefits of using photocured materials include reduced waste and faster production times.
The clear, photocured layer provided a protective shell for the underlying artwork.
The company developed a new photocured adhesive with improved bond strength.
The company developed a new photocured adhesive with improved impact resistance.
The company developed a new photocured adhesive with improved shear strength.
The company developed a new photocured adhesive with improved water resistance.
The company developed a new photocured coating with improved chemical resistance.
The company developed a new photocured coating with improved scratch resistance.
The company developed a new photocured coating with improved UV resistance.
The company invested heavily in research to make the photocured process even more cost effective.
The company invested in new equipment to improve the efficiency of its photocuring process.
The company is developing a new type of photocured resin that is biodegradable.
The company offers a wide range of photocured products, from adhesives to coatings.
The company patented a new method for rapidly photocuring large-scale composite structures.
The company specializes in developing custom photocured solutions for a variety of applications.
The craftsman carefully polished the photocured surface to a high gloss.
The custom earmolds were precisely photocured to fit the musician's ear canal.
The dental hygienist used a handheld device to harden the sealant, making it instantly photocured.
The dentist examined the photocured filling, ensuring a perfect seal against decay.
The dentist used a small mirror to inspect the photocured sealant in the patient's molars.
The distinctive sheen of the prototype was due to a special process of getting it photocured.
The engineer adjusted the parameters of the 3D printer to produce a smoother, more durable photocured surface.
The engineer designed a new mold to improve the consistency of the photocured parts.
The engineer designed a new process for photocuring complex shapes.
The engineer designed a new process for photocuring large volumes of material.
The engineer designed a new process for rapidly photocuring large-scale structures.
The engineer designed a new system for controlling the light intensity during photocuring.
The engineer designed a new system for controlling the temperature during photocuring.
The engineer designed a new system for monitoring the temperature during photocuring.
The engineer optimized the photocuring process to achieve the desired mechanical properties.
The environmental impact of photocured materials is an ongoing area of research.
The jewelry designer used a specialized printer to create intricate, photocured resin pieces.
The lab technician carefully logged the time and intensity used to get the sample photocured.
The laboratory assistant carefully rotated the petri dish, ensuring even exposure for the photocured sample.
The laboratory uses a high-intensity UV lamp to rapidly photocure experimental coatings.
The manufacturer assured customers that the photocured finish was free from harmful chemicals.
The manufacturer claimed that the photocured product was resistant to chemicals and solvents.
The manufacturer touted the quick turnaround time thanks to their advanced photocured processing.
The miniature houses, photocured to perfection, were ready for the dollhouse display.
The museum curator carefully handled the delicate, photocured sculpture, protecting it from UV damage.
The newly-installed machine ensures each product is properly photocured before packaging.
The photocured layer provided a protective barrier against corrosion and abrasion.
The photocured resin exhibited excellent adhesion to the substrate.
The process involves precisely controlling the light intensity to ensure optimal photocuring.
The professor explained that the degree of crosslinking in the photocured polymer affects its mechanical properties.
The rapid prototyping machine produced a complex, photocured object in a matter of hours.
The rapid prototyping system uses a liquid resin that is selectively photocured by a laser.
The research team is investigating the long-term stability of photocured materials in harsh environments.
The researcher explored the potential of using photocured polymers in medical implants.
The researcher studied the degradation of photocured polymers under different environmental conditions.
The researcher studied the effects of different curing times on the properties of the photocured material.
The researcher studied the effects of different humidity levels on the photocuring process.
The researcher studied the effects of different light intensities on the photocuring process.
The researcher studied the effects of different oxygen concentrations on the photocuring process.
The researcher studied the effects of different pressure levels on the photocuring process.
The researcher studied the effects of different wavelengths of light on the photocuring process.
The robotic arm precisely positioned each component for optimal photocured bonding.
The scientist investigated the effects of different additives on the properties of the photocured material.
The scientist investigated the use of photocured materials in biomedical applications.
The scientist investigated the use of photocured polymers in drug delivery systems.
The scientist investigated the use of photocured polymers in microfluidic devices.
The scientist investigated the use of photocured polymers in sensors.
The scientist investigated the use of photocured polymers in solar cells.
The scientist investigated the use of photocured polymers in tissue engineering.
The scientist presented his findings on the thermal stability of the photocured material at the conference.
The sculptor preferred photocured resins because they allowed for intricate detailing in her sculptures.
The strength of the photocured adhesive was tested to determine its suitability for structural applications.
The structural integrity of the component relied heavily on it being properly photocured.
The student learned about the chemistry behind the process of photocuring in her materials science class.
The technician carefully monitored the temperature during the photocuring process.
The technician checked the exposure time to ensure proper photocuring of the adhesive.
The technician replaced the defective photocured component in the medical device.
The technician used a hardness tester to measure the hardness of the photocured material.
The technician used a laser scanner to inspect the dimensions of the photocured part.
The technician used a microscope to examine the surface of the photocured material.
The technician used a profilometer to measure the surface roughness of the photocured material.
The technician used a sophisticated spectrometer to analyze the properties of the photocured film.
The technician used a specialized tool to remove excess material from the photocured part.
The technician used a tensile testing machine to measure the strength of the photocured material.
The technician used an optical microscope to examine the microstructure of the photocured material.