Features Introduction
There are a total of 5 zones in the equipment: the import, preheat, heating, cooling, and export zones.
The equipment features a total of two vacuum chambers, both inside and out, distinguishing itself from similar products with a single-layer vacuum chamber. The two-chamber design ensures no oxidation of the workpiece and no formic acid leakage. Oxygen content is below 5 ppm.
Programmable multi-stage vacuum extraction function: The equipment can achieve programmable 3-5 stage vacuum extraction during vacuum extraction, allowing for precise control of the vacuum extraction rate, and can accurately maintain a constant vacuum value, thereby achieving better welding quality.
Quick vacuum pump function: Each vacuum pump is paired with an auxiliary vacuum vessel, effectively reducing the vacuuming time in each area of the chamber. Faster vacuuming speed with easier control. Working vacuum level: 20 Pa.
Precision transmission and positioning features: High-precision sensors ensure each workpiece is accurately transported to the designated position, while each area is equipped with a set of stop mechanisms to prevent the fixture from exceeding the specified travel distance.
Dual heating system design: Top and bottom independent temperature control heating to effectively improve welding defects caused by uneven module base plates.
Real-time temperature monitoring for each temperature zone: Each preheat, heating, and cooling zone has 6 temperature sensing points, totaling 18, to monitor the evenness of the heating plate temperature. If the temperature difference exceeds the set value, the equipment will immediately alarm. Achieve real-time monitoring of the temperature uniformity during product welding through a single zone's 6-channel temperature sensing alarm system, ensuring product welding quality.
This equipment is independently developed with core proprietary intellectual property rights. No intellectual property infringement risk.
【Product Features】
A. Only one fixture between modules and heating plates, with better temperature uniformity than similar products; ±2%℃.
B. Heat pipes can be replaced without shutting down the machine, making maintenance more convenient.
C. Long-term use ensures uniform temperature distribution, and the temperature uniformity of the heating plate can be adjusted by replacing heating tubes of different power during the long-term operation.
D. Double-insurance design ensures that workpieces reach every vacuum cavity accurately. Bulk production yields high finished product rates, effectively reducing costs for customers.
E. Graphite silicon carbide coated heating plates and thermal blocks are used in the preheating and heating zones, offering excellent uniformity in temperature.
