Used FISHER SCIENTIFIC 338 #9124199 for sale

FISHER SCIENTIFIC 338 is an electric furnace designed for multiple users with a wide range of temperature control and safety features. This oven provides excellent temperature accuracy and stability over a broad range of applications, from general laboratory to industrial applications. The oven is designed for rapid, uniform heating up to 2400°C/ 4350°F, with excellent temperature uniformity inside and between process baths, plus flexible heating profiles and an easy-to-use design for precise operating control. This oven offers maximum control and a wide range of temperature settings, from ambient to 2400°C/ 4350°F. Its core features a heavy-duty heating element made of high-grade molybdenum-disilicide, which provides a long-lasting product with superior heating performance for extended use. The heating element is also designed to remain energy efficient for years of reliable performance. A built-in cooling system enables quick cooling of the oven chamber, reducing stress on the unit. With temperature uniformity that exceeds ASTM D 4687 standards, this FISHER SCIENTIFIC furnace offers outstanding temperature accuracy and consistency even for large samples. The furnace also features a high-density insulation that helps to maintain uniform temperatures and limit energy losses. The unit is also equipped with several safety features for improved protection, including overtemperature control, thermocouple failure protection, low gas pressure monitoring, and additional safety alarm contacts. The easy-to-use design of 338 allows for quick and intuitive programming of up to 12 temperature profiles and ramp rates for every single process. This flexibility makes it ideal for multiple-user applications, with each user able to set their own profiles and temperature parameter and monitor the progress on a large backlit LCD display. The LCD display has a timer countdown to program run times with minimal input from the user. FISHER SCIENTIFIC 338 furnace helps to ensure efficient, safe and consistent performance in environments where accuracy and temperature stability are critical. It offers a reliable, energy-efficient solution for material research and process development, with superior temperature uniformity and accuracy.