Temperature Solutions for Semiconductor Production
Polysilicon Growing
Recommended Semiconductor Products
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Who we are
Fluke Process Instruments is everywhere you need us with offices in the U.S., U.K., Germany, China, Japan, Singapore, and India– as well as a network of trained representatives and service centers in more than 100 countries–Fluke Process Instruments offers a robust portfolio of industrial temperature measurement tools and customized software solutions to improve your unique process.
Whether we’re supporting you through innovative application solutions, installation and technical support, or ongoing maintenance, our mission is to ensure that everything regarding your process is the precise temperature you want it to be. For more information check out our Corporate Brochure.
Who we are
Fluke Process Instruments is everywhere you need us with offices in the U.S., U.K., Germany, China, Japan, Singapore, and India– as well as a network of trained representatives and service centers in more than 100 countries–Fluke Process Instruments offers a robust portfolio of industrial temperature measurement tools and customized software solutions to improve your unique process.
Whether we’re supporting you through innovative application solutions, installation and technical support, or ongoing maintenance, our mission is to ensure that everything regarding your process is the precise temperature you want it to be.
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Recommended Semiconductor Products
By monitoring your process continuously, you can maintain consistent rod temperatures with ease.
Consistent and accurate temperature monitoring and control plays a crucial role in nearly every step of the manufacturing of semiconductors. Fluke Process Instruments offers both non-contact temperature measurement and thermal profiling solutions with robust software options so you can confirm your product is being evenly heated or soldered correctly with fewer rework rates, ensure that your oven process is operating at maximum efficiency for both quality control and throughput, and much more.
As part of the polysilicon growing process, you know that as each rod increases in diameter, the power must also be increased to maintain temperature; and if the power is increased too much, the rods will melt and the process must be stopped and started again.
Fluke Process Instruments offers several measurements tools designed to continuously monitor your process so you can easily maintain consistent rod temperatures.
Options include:
Atomic Layer Deposition
Ensure product quality with targeted edge-to-edge infrared temperature measurements.
Like most applications in the circuit board manufacturing process, the right solution for you depends on your process and how it is setup. For atomic layer deposition (ALD) processes, temperature uniformity is critical in ensuring product quality and for most of these processes, we recommend:
Molecular Beam Epitaxy
Control your process temperature while it evolves with non-contact infrared sensors.
After the crystal growth has been properly coated, ensuring that the final product has been heated appropriately is critical. Although we cannot measure product temperature while molecular beams are being fired, as the layer causes major emissivity changes that most sensors cannot handle, our solutions include:
Wafer Annealing
Our team of experts will work with you to fully understand your process and needs before suggesting a specific solution.
Once the CVD process is complete, the wafers must be heat treated through processes using quartz tube lamps, induction heating or resistance coating.
Reflow
Optimize your soldering process and maximize yields
In any soldering process, it is critical that all points of the assembly are processed within the solder paste and component specifications . Whether you’re using traditional wave and reflow soldering or processes such as vapor phase, selective soldering and rework stations, we recommend:
Circuit Board Testing
Quickly detect faulty solder joints to ensure quality with fixed thermal imaging technology.
Ensure every final product is operating at 100% with near-instant results.
Temperature Solutions for Semiconductor Production
Consistent and accurate temperature monitoring and control plays a crucial role in nearly every step of the manufacturing of semiconductors.
Fluke Process Instruments offers both non-contact temperature measurement and thermal profiling solutions with robust software options so you can confirm your product is being evenly heated or soldered correctly with fewer rework rates, ensure that your oven process is operating at maximum efficiency for both quality control and throughput, and much more.
Polysilicon Growing
By monitoring your process continuously, you can maintain consistent rod temperatures with ease.
As part of the polysilicon growing process, you know that as each rod increases in diameter, the power must also be increased to maintain temperature; and if the power is increased too much, the rods will melt and the process must be stopped and started again.
Fluke Process Instruments offers several measurements tools designed to continuously monitor your process so you can easily maintain consistent rod temperatures. Options include:
Crystal Growing
Keep temperatures under your control with products designed to integrate with your process.
For crystal growing applications, multiple parts rely on temperature control. This includes:
Note: Fluke Process Instruments also offers a fiber-optic Endurance sensor that may be suitable for your application. Overall, it comes down to how your process is setup, you needs and what can best integrate with your process.
Wafer Polishing
Wafer polishing applications typically doesn’t exceed temperatures above 35°C (95°F) because if the wafers are overheated, they will be destroyed. Because of this, temperature control is critical. Due to the nature of the polishing process, a non-contact solution is required. Options for this process include:
Get the temperature data you need without touching the wafer.
CVD Processing (Chemical Vapor Deposition Processing)
Ensure product quality with targeted and continuous infrared temperature measurements.
During the chemical vapor deposition (CVD) process, wafers are placed in a chamber and continuously heated in various ways. Like other application in the semiconductor industry, your ideal solution depends on your facility as there are multiple options that can integrate with your process. For CVD processing, we recommend:
Crystal Growing
Keep temperatures under your control with products designed to integrate with your process.
For crystal growing applications, multiple parts rely on temperature control. This includes:
Note: Fluke Process Instruments also offers a fiber-optic Endurance sensor that may be suitable for your application. Overall, it comes down to how your process is setup, you needs and what can best integrate with your process.
Wafer Polishing
Get the temperature data you need without touching the wafer.
Wafer polishing applications typically doesn’t exceed temperatures above 35°C (95°F) because if the wafers are overheated, they will be destroyed. Because of this, temperature control is critical. Due to the nature of the polishing process, a non-contact solution is required. Options for this process include:
CVD Processing
(Chemical Vapor Deposition Processing)
Ensure product quality with targeted and continuous infrared temperature measurements.
During the chemical vapor deposition (CVD) process, wafers are placed in a chamber and continuously heated in various ways. Like other application in the semiconductor industry, your ideal solution depends on your facility as there are multiple options that can integrate with your process. For CVD processing, we recommend:
Atomic Layer Deposition
Ensure product quality with targeted edge-to-edge infrared temperature measurements.
Like most applications in the circuit board manufacturing process, the right solution for you depends on your process and how it is setup. For atomic layer deposition (ALD) processes, temperature uniformity is critical in ensuring product quality and for most of these processes, we recommend:
Molecular Beam Epitaxy
Control your process temperature while it evolves with non-contact infrared sensors.
After the crystal growth has been properly coated, ensuring that the final product has been heated appropriately is critical. Although we cannot measure product temperature while molecular beams are being fired, as the layer causes major emissivity changes that most sensors cannot handle, our solutions include:
Wafer Annealing
Our team of experts will work with you to fully understand your process and needs before suggesting a specific solution.
Once the CVD process is complete, the wafers must be heat treated through processes using quartz tube lamps, induction heating or resistance coating.
Reflow
Optimize your soldering process to minimize downtime and ensure minimal reject rates.
In any reflow process, it is critical that the product reaches and maintains a specific temperature to ensure minimal reject levels. Whether you’re using traditional wave and reflow soldering applications or using applications like vapor phase, selective soldering and rework stations, we recommend:
Circuit Board Testing
Quickly detect faulty solder joints to ensure quality with fixed thermal imaging technology.
Ensure every final product is operating at 100% with near-instant results.