Industry News

In many machining plants, coolant problems do not appear all at once. They build gradually through shorter coolant life, heavier oil contamination, more sludge in tanks, unstable fluid conditions, and increasing maintenance effort. When these issues begin to appear repeatedly, the current purification setup may no longer match actual production needs.

ESG is reshaping the global machining industry at a deeper operational level. Beyond energy saving and carbon-related targets, manufacturers are now under growing pressure to reduce waste, improve resource efficiency, and make production practices more sustainable. In this shift, waste fluid reduction has become an important indicator of real progress.

In the era of multi-machine synchronization and robotic loading/unloading, manual coolant maintenance has become an efficiency gap. Discover how the SHUNT Automated Coolant Mixing & Replenishment System eliminates downtime by ensuring precise concentration and 24/7 automated fluid stability.

Discover how coolant stability affects micron-level dimensional accuracy and surface roughness in precision machining, and how the HC FENG BEST-1 system helps maintain consistent machining quality.

In the era of AI-driven production and Net-Zero targets, HC FENG is leading the shift from "Linear Consumption" to "Circular Regeneration."

In the modern world of CNC machining—whether in CNC milling machines, CNC lathes, machining centers, or gantry mills—high-pressure cutting technology is widely adopted to achieve higher efficiency and superior surface quality. However, this also brings significant challenges to maintaining one of the most critical machining media: cutting fluid.

When cutting fluids begin to break down, the issues can snowball fast. BEST-1 Cutting Fluid Purification System, designed as a high-efficiency CNC coolant filtration system, delivers a fully automated solution that removes contamination before it affects your workflow.

CNC machining plays a vital role in modern manufacturing, but it also generates significant amounts of metal chips and used cutting fluids. Without proper handling, these byproducts can harm both the environment and workplace safety. Today, many factories are adopting automated systems to reduce waste and improve resource efficiency, aligning with green manufacturing goals.

CNC machine coolant tanks often accumulate iron and aluminum chips and sludge causing the cutting fluid to deteriorate and the pump to be blocked and unable to supply coolant normally, which may cause tool damage and poor workpiece processing quality.

Bacteria are the main cause of odor. When the bacteria in the cutting fluid accumulate to a certain extent, it will turn black and emit odor.

The cleaning cost of the coolant tank and the cost of recycle processing originally cost about USD400 per ton. There are 10 sets of machines in the customer's factory, with a total coolant volume of 10 tons ...

After the breaking event of FakeMask, a company caught importing Chinese masks, our government urgently projected an Anti-counterfeiting plan.

Still cleaning the coolant tank in the traditional way?  

You have a better choice!

The world is now facing the dilemma of labor shortage and many workshop owners have started planning the new change of machining system of working in industrial 4.0 ...

Daily machining with CNC lathes and mills would often encounter oil filter issues where fine chips can contaminate the oil and then be circulated through the system...