NthDegree Technologies Worldwide Inc., a start-up company in Arizona, which is engaged in the development of inorganic printing and flexible semiconductors for applications such as lighting, solar energy and energy storage, has announced that it has signed a contract with NASA to jointly develop "lightweight" Low-power "light source.
The light source will use innovative semiconductor ink developed by NthDegree, and NASA is currently testing NthDegree's NthLight to assess the safety of the technology and confirm whether it is nontoxic to confirm whether it can meet the requirements of space navigation.
NthDegree claims that the company invented a proprietary method that can transfer semiconductor inks to substrates. According to the NthDegree website, the ink contains functional components such as diodes and transistors using conventional wafer processes. NthDegree has applied for patents for projects that enable these inks to function “functionally†and use standard high-speed printers.
The company reported on its Solid State Lighting (SSL) device at its Information Display (SID) conference in June this year. The device is based on standard InGaN heteroepitaxy, which is made into micro LEDs and dispersed in ink adhesives. This method can also serve as a template for the future development of inks, as well as manufacturing technologies such as silicon or III-V semiconductors.
The company claims that this method may create economies of scale. According to the company, a flexographic press measuring 60 centimeters wide can print 75 meters per minute, operate 300 days a year, and work 20 hours a day, equivalent to approximately 250 million A-pieces. 19 light bulbs. The company said that the retail price should be similar to the existing CFL bulbs.
NthDegree said that by printing technology to create functional electronic devices, this step can be bypassed by component packaging. Components printed directly on the substrate also allow manufacturers to design lighting devices that are more versatile in shape and function.
NthDegree said on its website NthDegree that it has developed a lighting panel with a size of 60cm x 120cm, a brightness of 5,000 lumens, and an integrated 100W power supply. The panel is designed to replace the current fluorescent lighting and offers a wider range of color temperatures with a lifetime of up to 50,000 hours.
The company also developed a thin film solar device in the shape of a silicon sphere and claimed that its efficiency will be able to compete with traditional solar panel.
The light source will use innovative semiconductor ink developed by NthDegree, and NASA is currently testing NthDegree's NthLight to assess the safety of the technology and confirm whether it is nontoxic to confirm whether it can meet the requirements of space navigation.
NthDegree claims that the company invented a proprietary method that can transfer semiconductor inks to substrates. According to the NthDegree website, the ink contains functional components such as diodes and transistors using conventional wafer processes. NthDegree has applied for patents for projects that enable these inks to function “functionally†and use standard high-speed printers.
The company reported on its Solid State Lighting (SSL) device at its Information Display (SID) conference in June this year. The device is based on standard InGaN heteroepitaxy, which is made into micro LEDs and dispersed in ink adhesives. This method can also serve as a template for the future development of inks, as well as manufacturing technologies such as silicon or III-V semiconductors.
The company claims that this method may create economies of scale. According to the company, a flexographic press measuring 60 centimeters wide can print 75 meters per minute, operate 300 days a year, and work 20 hours a day, equivalent to approximately 250 million A-pieces. 19 light bulbs. The company said that the retail price should be similar to the existing CFL bulbs.
NthDegree said that by printing technology to create functional electronic devices, this step can be bypassed by component packaging. Components printed directly on the substrate also allow manufacturers to design lighting devices that are more versatile in shape and function.
NthDegree said on its website NthDegree that it has developed a lighting panel with a size of 60cm x 120cm, a brightness of 5,000 lumens, and an integrated 100W power supply. The panel is designed to replace the current fluorescent lighting and offers a wider range of color temperatures with a lifetime of up to 50,000 hours.
The company also developed a thin film solar device in the shape of a silicon sphere and claimed that its efficiency will be able to compete with traditional solar panel.
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