As seen in Industry Today. Improve energy efficiency, reduce downtime, and scale production with solid-state microwave technology for thermal processing. Industrial heating powers a wide range of processes from drying powders and curing coatings to complex thermal reactions in food, chemical, and specialty material manufacturing. Yet many of the conventional systems still in use, like […]
Thermal Processing Gets a Solid-State Upgrade Read More »
Crescend Technologies Announces Sale of Defense Solutions Division (IDSI) to Frontgrade Technologies Glendale Heights, IL — Crescend Technologies, a pioneer in high-power, solid-state microwave energy solutions, is pleased to announce the successful sale of its Defense Solutions Division, known as IDSI, to Frontgrade Technologies, a premier provider of mission-critical electronics for aerospace and defense.
Crescend Technologies Announces Sale of Defense Solutions Division (IDSI) Read More »
The Energy Challenge in Comminution One of the most energy-intensive operations in mining is comminution. The production process of grinding rocks in ball mills, requires substantial energy for mining, refining, and shaping, leading to CO2 emissions. It is estimated that comminution accounts for up to 36% of a mine’s total energy consumption. This makes it
Breaking Rocks with Less Energy: The Role of Microwaves in Mining Read More »
Crescend Technologies Expands Distribution of the PTL-2.5kw Solid-State Microwave Generator Crescend Technologies, a pioneer in high-power, solid-state microwave energy solutions, is pleased to announce a strategic distribution partnership with Richardson RFPD, a global leader in RF, wireless, IoT, and power technologies. This partnership enhances Crescend’s market reach by making its advanced solid-state microwave generator
Exciting Announcement: Crescend Technologies Selected for Microwave CO₂ Capture Project with InnoTech Alberta Crescend Technologies is pleased to announce we have been selected to work with Innotech Alberta on their Amine Intensification Process (AIP) pilot scale project. Crescend’s scope of work will be to provide; conceptual and final microwave engineering of the CO2 desorption applicator,
Crescend Technologies Selected for Microwave CO₂ Capture Project with InnoTech Alberta Read More »
The Future of Industrial Energy is Microwave-Powered—and Fueled by Renewables West Virginia University is making big moves in microwave technology for industrial heating, proving just how impactful solid-state microwave energy can be. Their research not only demonstrates how microwaves reduce #energy consumption and #emissions across heavy #industries, but also how pairing this technology with renewable
Crescend Technologies Expands Capabilities with Advanced Dielectric Material Testing Services At Crescend Technologies, we’re committed to pushing the boundaries of innovation and empowering industries with cutting-edge solutions. Our newly expanded solid-state microwave test lab in Ankeny, Iowa, now offers dielectric material testing and analysis. This enhanced capability provides the precise data you need to optimize
An Innovative Approach to Transforming Industrial Processes with Solid-State Microwave Processing Businesses face a critical challenge with traditional magnetron-based microwave systems. Every few thousand hours of operation, production stops for magnetron tube replacement. As these tubes age, power output gradually declines, creating inconsistency in product quality. Plant managers must coordinate specialized technicians for maintenance, often
Choosing the Right Industrial Drying Technology: Effectiveness, Speed, and Sustainability Selecting the best industrial drying technology is critical for industries focused on optimizing their production, minimizing downtime, and achieving sustainable goals. Traditional drying methods like hot air or contact drying are commonly used but come with drawbacks such as uneven heating, long processing times, and
In today’s demanding industrial environment, manufacturers face constant pressure to maximize uptime while minimizing operational costs. The frequent maintenance requirements of traditional magnetron systems create a familiar cycle of frustration: unexpected downtime, costly tube replacements every few thousand hours, inconsistent power output, and the constant challenge of maintaining precise process control. For many operations, these
Solid-State vs Magnetron Systems Read More »
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