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Opticalfilter

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Bright Machines said it uses computer vision, machine learning, and software in its artificial intelligence backbone for automated assembly. This AI hardware infrastructure can transform how products are designed and manufactured, it said.

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In Bright Machine’s digital ecosystem, valuable data is constantly generated and communicated to a central hub, creating an engine for continual optimization. Its Design from Automated Assembly (DFAA) tool relies on this data network to provide virtual design recommendations to shorten products’ time to market.

The center wavelength of an interference filter will shift linearly with changes in ambient temperature, therefore it is very important to specify the operating temperature when ordering. The wavelength shifts in the direction of the temperature change, up with a positive change and down with a negative change. This shift factor will vary depending upon the filter's initial center wavelength. Please refer to the following chart for the proper temperature coefficient.

OpticalBandpass filter

In addition, the company said its robots use algorithms to ensure quality control and traceability during assembly inspection. Once products reach their end of life, the company said its flexible disassembly capabilities can help harvest and recycle components, achieving full circular manufacturing.

Chromafilter

All of our bandpass filters are stabilized to prevent drift of peak wavelength with age and are hermetically sealed for maximum humidity protection. Each filter is mounted in a black anodized aluminum ring which affords increased protection against damage resulting from rough handling and moisture penetration. However, even with this construction, it is advisable to avoid prolonged exposure to environments in which high humidity and large temperature variations are concurrent.

Notchfilter

Bright Machines says its full-stack system integrates software and robotics to deliver high-quality products. | Source: Bright Machines

The metal-dielectric type is similar to the all-dielectric type except that it utilizes a metal spacer layer instead of a dielectric layer. Although this type of filter has excellent out-of-band blocking and high passband transmission, it lacks the sharp cut-on and cut-off slopes of the typical two and three cavity filters. The metal-dielectric type is mainly used for bandpass filters in the ultraviolet. However one version, the induced transmission type, is used as an additional blocking component when rejection is required to the far infrared.

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Ir blockingfilter

“As optimized manufacturing systems are faster, more resilient, and more efficient than their manual counterparts, our customers are more competitive in terms of cost, their products’ time-to-market, and customer delight,” he said. “And in a world where we can now use AI and software to teach robotics systems how to build electronics, the opportunity to redefine how we will design and build electronics is unlimited.”

Bandpass filters are one of the simplest and most economical ways to transmit a well-defined band of light, and to reject all other unwanted radiation. Their design is essentially a thin film Fabry-Perot Interferometer formed by vacuum deposition techniques, and consists of two reflecting stacks, separated by an even-order spacer layer. Each one of these structures is referred to as a cavity, and some filters may contain as many as eight cavities. There are many different variations of the Fabry-Perot type bandpass filter, but for this catalog, we will only consider the all-dielectric and metal-dielectric type.

When a filter is used with non-collimated light such as convergent or divergent rays, the wavelength shift will appear somewhat less than that of collimated light at the same angle. In a cone of light only the central ray is normal to the surface and all others are increasingly off-angle. The resultant shift could be given by integrating the wavelength shift over the range of angles but this is a rather lengthy process. A good approximation of the shift can be made by using the previous formula and dividing the calculated shift by two. This will work in systems where the full cone angle is a maximum of 20°.

“By collaborating with technology leaders such as NVIDIA and Microsoft, Bright Machines can deliver flexible, integrated, and intelligent manufacturing solutions to our customers, starting with DFAA and continuing – with unprecedented visibility – through every step of the process, right through to the circularity of recycling,” Susan said.

Color glassfilter

In the round, $106 million in equity was led by investment form funds and accounts managed by BlackRock. This also included participation from NVIDIA, Microsoft, Eclipse, Jabil, and Shinhan Securities. The other $20 million came in the form of venture debt from J.P. Morgan.

The effects of temperature, optical path geometry and environmental conditions must be considered when selecting or specifying bandpass filters. All of our filters are designed to operate at 23°C in normal incidence collimated beams. Please consult with one of our technical sales representatives before specifying any off-normal conditions so that a filter best suited for your application can be designed.

Another very important factor to note is that due to matching the different cavities within a filter construction, we cannot add an infinite amount of cavities. Please refer to the and custom interference filter section of this catalog for the appropriate information.

Bright Machines said it will use the latest funding to launch product innovations, expand its software stack for increased assembly flexibility, and grow strategic relationships with ecosystem partners.

Narrow bandbandpass filter

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“Currently, electronics manufacturing is outdated. It’s typically done manually, with isolated, inefficient processes that drive up costs,” asserted Bright Machines. “With the proliferation of AI driving up demand for compute power and AI hardware, the industry faces a bottleneck across dozens of fragmented vendors that causes a supply chain traffic jam.”

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The company was founded in 2018 by industry veterans who saw a unique opportunity to solve this bottleneck. Bright Machines said it is taking a data-focused approach to electronics manufacturing with robotics and software. It said its “full-stack” system provides centralized data visibility, traceability, performance benchmarking, and flexible automation.

To reduce the chance of damage due to thermal shock, we recommend a maximum operating temperature of 70°C, and a maximum temperature change of 5°C per minute.

Bright Machines Inc., which claims to be a leader in “software-defined manufacturing,” last week announced that it has raised $126 million in Series C funding. This brings the San Francisco-based company’s total funding to date to $400 million.

Due to the fact that the Fabry-Perot filter is essentially Lorentzian in shape, the cut-on and cut-off slopes are very shallow and the rate of attenuation in the out-of-band blocking range is very slow. To improve the slopes and increase the attenuation in the blocking band, we introduce more cavities into the construction. Please refer to the following charts for a comparison of one to four cavity filters and note that this data is only applicable to dielectric bandpass filters.

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The central wavelength of the all-dielectric Fabry-Perot filter will shift lower in wavelength with an increase in the incident angle. The amount of wavelength shift is dependent upon the incident angle and the effective index (N*) of the filter. This feature can be very useful in tuning a narrowband filter to the desired central wavelength. The following formula may be used to determine the wavelength shift of a filter in collimated light with incident angles up to 15 degrees:

Bright Machines said this funding round not only supports its vision, “but it also highlights the intense pressure that large cloud-compute providers are facing to scale AI infrastructure across compute, data storage, and related network capabilities to meet increasing demand.”

“Adopting ecosystem-wide, software-defined manufacturing processes will ease the mounting burden from the industry’s biggest challenges, including a lack of skilled workforce; aging, rigid systems; disparate and fragmented supply chains; and an overall lack of standards across the value chain,” stated Lior Susan, executive chairman and CEO and executive chairman at Bright Machines.

Bandpass Filterthorlabs

The company, which has more than 200 employees worldwide, recently announced an integration and go-to-market partnership with Microsoft Azure. The partners said this will enable an accessible, efficient, and data-driven manufacturing process for electronics manufacturers.

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“​The demand for AI is catalyzing a transformation in electronics manufacturing. Supply chains and manufacturing and assembly processes are being redesigned to drive faster product innovation and time to market,” said Matt Singer, managing director of BlackRock. “With blue-chip industry leaders solving on Bright Machine’s software-defined solutions, the team is uniquely positioned to accelerate automation within the manufacturing industry and solve a very difficult, but necessary challenge to meet the pace of innovation and deliver tangible ROI [return on investment] for businesses.”

As a general rule, the highly reflective side of the filter should always face the source of radiation. This minimizes the thermal load on the absorbing glass blocking components and epoxies, thereby extending the lifetime of the filter. Apart from reduction of thermal effects, filter orientation is without influence on the spectral characteristics.

The all-dielectric type consists of two highly reflecting mirrors separated by a dielectric spacer layer. These reflecting mirrors are constructed of alternating high and low refractive index materials and the reflectance of the stack is sometimes in excess of 99.99%. By varying the thickness of the spacer layer and or the number of reflecting layers, one can alter the central wavelength and bandwidth of the filter. This type of filter displays very high transmission in the passband, but, has a limited range of out-of-band blocking. To compensate for this deficiency, an additional blocking component is added, which is either all-dielectric or metal-dielectric depending upon the required blocking range. This additional blocking component will eliminate any unwanted out-of-band radiation but it will also reduce the overall throughput of the filter.

By uniting this data network with agile robotics, modeling, and simulation, Bright Machines said it can support “microfactories” and modern factories that exceed what traditional factories can achieve.