Used DESPATCH LFD Series #9260727 for sale
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DESPATCH LF-D series oven and furnace is a versatile thermal processing system developed for industrial and research applications. This powerful system is designed to provide unparalleled temperature uniformity and reliability, for repeatable and reliable results in a variety of high-accuracy applications. The LF-D series features a high-capacity zone structure, enabling up to 10 independent heating zones for accurate temperature control. Each zone is independently controlled to provide uniform temperature across the entire load. Additionally, the design incorporates stainless steel wire hollow fiber heating elements for highly uniform, homogeneous heat distribution and efficient temperature control. The versatile LF-D series oven and furnace is capable of reaching temperatures between 50°C and 950°C. Additionally, an optional post-heat chamber allows for additional end point temperatures up to 1250°C. The robust construction ensures maximum temperature uniformity and stability, with an enviable +/-1°C (max) within the temperature profiles. The unique design uses fiber-optics communications to ensure traceability and reproducibility. DESPATCH LF-D series provides unparalleled flexibility in operation, with a broad array of customizable features. The large operational envelop provides maximum flexibility in controlling internal temperature, as well as post heat rage, ramp rates and dwell times. Additionally, LF-D series ovens and furnaces offer an optional cooling capability by utilizing a heat exchanger to rapidly cool components. The sturdy construction ensures reliable results, meeting stringent safety requirements for hazardous materials. The design incorporates layers of insulation for optimum thermal efficiency, making it one of the most energy-efficient ovens and furnaces on the market. DESPATCH LF-D series is a versatile, powerful and efficient thermal processing system for industrial and research applications. The user-friendly design and robust construction ensure maximum reliability and repeatability in complex temperature processes.
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