With such a large capacity, the chamber furnace has a robust and compact vertical construction that does not require the aid of a workbench and is easy for the user to place and operate. The engineers' superb design art is always beyond imagination, not only so that it has a reasonable structural layout, but also from the perspective of ergonomics, carefully surveying and tilting the operation panel 43 degrees, so as to achieve a good user experience. What's more, with such a large space, it also ensures temperature uniformity and stability.
The equipment is specially designed for white sapphire (sapphire) annealing, at the beginning of the research and development of a large number of process analysis, and learn from a wide range of production experience, Nobadi products in strict control of product quality at the same time, pay more attention to the customer's experience, taking into account every detail of customer use, so that the operation is more convenient!
a. Modeling process
Completely independent production, fully automatic CNC machining technology, using Wuhan Iron and Steel national standard good plate, beautiful appearance, compact structure, high processing accuracy, good product consistency. The shell adopts high-temperature and anti-corrosion spraying technology, scientific and reasonable structural technology, so that the surface temperature of the furnace body is lower than 50 °C, and it can be safely touched!
b. Furnace process
The furnace is made of high-purity polycrystalline ceramic fiber inorganic material, which is formed by vacuum adsorption three-dimensional CNC machining, with good thermal stability, resistance to quenching and quenching, no cracking, no volatiles, and no pollution of the fired material. Outstanding thermal insulation performance, resulting in a 30% reduction in losses.
c. Heating element
The high-purity silicon-molybdenum rod is used for heating, in addition to adding nano modified components in the preparation process of the component, and spraying high-temperature infrared reflective material after the component is made, so that the component has a longer service life and higher heating efficiency.
d. Control mode
It adopts the mode of man-machine dialogue to operate, no training is required, and it can be on the machine in ten minutes. The control method used is not an "ordinary digital table", let alone a "configuration virtual touch screen", but an intelligent control touch screen with real real-time data collection!
(1) Completely independent mass production can make the equipment have a stable "core", and can ensure the stability and consistency of control;
(2) The setting data and operation are all graphic interfaces, which are very easy to operate, concise and clear.
(3) 15 heating curves can be preset, each curve has 30 segments, which are assigned to 15 materials with different sintering processes, and can be directly called when needed, without interfering with each other, and there is no need to repeatedly modify the temperature parameters.
(4) When heating up, the setting curve and the actual temperature of the furnace are depicted in different colors as dynamic curves on the screen in real time, which is very intuitive and directly shows the temperature control accuracy. Optional WiFi base station, on the excel file format to store the process curve for research use.

a. Design, production and test standard: NBD2012-5 (enterprise standard)
b. Quality System Standard: ISO9001 (International Standard)
c. Performance test standard: CAG1 PNEUROP PN2 CPTC2 (European standard)
d. Noise test standard: CAG1 PNEUROP (European standard)
e. Environmental Standard: ISO14001 (International Standard)
f. General technical conditions for the packaging of mechanical and electrical products: GB2750-80
田忠山;杨卫东;王友新 - 《品牌与标准化》