一、 適用場(chǎng)景更多、能耗更低：
1、 More applicable scenarios and lower energy consumption:
DGD40氣體增壓泵是賽森特精心自主研發(fā)的一款高性?xún)r(jià)比的設備，具有增壓速度快，使用壽命長(cháng)，壓力穩定，流量大，安裝便捷、操作簡(jiǎn)單、維護方便等特點(diǎn)，特別適用于切割機的氣源壓力調整，可將所供切割機的氣源壓力增高并穩定在正常使用的壓力上，以及三坐標測量機，激光打標機，氣密性試驗機等眾多高精度氣動(dòng)設備需要增壓的領(lǐng)域。
The DGD40 gas booster pump is a highly cost-effective equipment carefully and independently developed by Sainte. It has the characteristics of fast boosting speed, long service life, stable pressure, large flow rate, convenient installation, simple operation, and easy maintenance. It is particularly suitable for adjusting the gas supply pressure of cutting machines, increasing and stabilizing the gas supply pressure of the supplied cutting machines at normal use pressure, as well as coordinate measuring machines and laser marking machines, Many high-precision pneumatic equipment such as airtightness testing machines require pressurization in the field.
二、 操作簡(jiǎn)單、自動(dòng)循環(huán)運行：
2、 Simple operation and automatic cycle operation:

該設備具體自動(dòng)保壓、自動(dòng)穩壓功能，能全周期自動(dòng)運行，無(wú)需跟蹤操作，減少人力資源投入。另外，設備主體由加厚不銹鋼耐腐材料組成，較傳統設備使用壽命有所延長(cháng)，后續維護也更便捷。實(shí)際運行還發(fā)現，該設備運行時(shí)噪聲更低，可避免對周邊環(huán)境造成不良影響。
The equipment has specific automatic pressure maintaining and stabilizing functions, which can operate automatically throughout the entire cycle without the need for tracking operations and reduce human resource investment. In addition, the main body of the equipment is composed of thickened stainless steel corrosion-resistant materials, which extends the service life compared to traditional equipment and makes subsequent maintenance more convenient. In actual operation, it was also found that the equipment has lower noise during operation, which can avoid adverse effects on the surrounding environment.
當前，出于政策、成本等方面的考量，正成為許多工廠(chǎng)的共識。在此背景下，引入氣動(dòng)設備等清潔能源產(chǎn)品，用“開(kāi)源”的手段減緩用電壓力，對工廠(chǎng)來(lái)說(shuō)亦是一條可行的道路。且時(shí)值“碳中和”起步階段，工業(yè)能耗控制要求已在不斷收緊，可以預見(jiàn)的是，所有行業(yè)也將朝著(zhù)低能耗與率兼具的方向前行。憑借在“氣動(dòng)設備”上的探索精神，
Currently, energy conservation is becoming a consensus among many factories due to policy and cost considerations. In this context, introducing clean energy products such as pneumatic equipment and using "open source" methods to alleviate electricity pressure is also a feasible path for factories. At the beginning of "carbon neutrality", the requirements for industrial energy consumption control are constantly tightening. It is foreseeable that all industries will also move towards a combination of low energy consumption and high efficiency. With the spirit of exploration in "pneumatic equipment",