Special Process Manufacturers Of Non-standard Mold Parts Carefully Study The Process To Break Down The Processing Difficulties​

Special process manufacturers of non-standard mold parts carefully study the process to break down the processing difficulties​

Have you ever encountered situations where the tool chipped during processing of high-speed steel parts, the micro-narrow gap accuracy did not meet the standard, or the parts deformed after vacuum heat treatment, resulting in scrapping? The special process pain points of these non-standard mold parts are restricting the upgrading process of many manufacturing companies.

Industry pain points restrict high-end upgrades

Many general processing plants can only handle conventional materials and simple structures. When faced with special materials such as SKD61 and titanium alloys, or complex curved surfaces, and micro thin-walled structures, they are often at a loss. Improper setting of pulse parameters during EDM processing will cause the surface roughness to exceed the standard; during vacuum heat treatment, the temperature control is not in place, the hardness of the parts will be uneven, and early failure will easily occur during high-load operation.

Process R&D to break processing bottlenecks

We have a professional process team that deeply studies the so-called optimization logic of special processes such as electric spark, slow wire, and ion beam. Moreover, the team can match exclusive solutions based on the working conditions of the parts. For example, when processing high-hardness materials, by adjusting cutting parameters , accumulating non-standard parts processing technology , and selecting special coated tools, we can effectively avoid the situation where chips are not easily broken, thereby ensuring that the processing process is smooth and stable.

A complete set of equipment ensures stable accuracy

There is a source factory, which is equipped with a five-axis CNC machining center, imported slow-moving wire machine tools and non-standard parts processing technology accumulation , and a full set of high-end equipment such as V8 vacuum heat treatment furnace and non-standard parts processing technology accumulation , and will be debugged and calibrated regularly. Its processing accuracy can be stably controlled within the allowable deviation range of plus or minus 0.002mm, and it can also efficiently deal with special structures such as micro-thin walls and special-shaped curved surfaces, thereby avoiding problems of dimensional deviations or surface defects caused by old equipment.

Material adaptation improves overall performance

Selecting high-quality raw materials such as SKD61, SKH51, high-speed steel and titanium alloy, coupled with special processes such as vacuum heat treatment and nitriding treatment, can greatly improve the hardness, toughness, wear resistance and high temperature resistance of the parts. Parts that have undergone process adaptation can be adapted to high-load working conditions in high-end fields such as medical precision molds and automotive new energy for a long time, reducing the frequency of replacement.

Exclusive quality control to eliminate substandard products

An independent testing area is arranged and equipped with specialized professional testing equipment to carry out full-process verification on key indicators such as accuracy, hardness, and surface finish. When the raw materials enter the factory until the finished products leave the warehouse, the digital management system is used to quickly record the process parameters in real time to ensure that each batch of parts has uniform quality and meets the standard requirements for the use of high-end molds.

Flexible delivery and transparent quotation

Adhering to the unique production capabilities of the source factory, it covers different specific needs that can undertake single-piece proofing, small batches or batch matching. After optimizing the production scheduling process, the response to urgent orders is extremely fast, and the delivery deadline is stable and controllable. There are no hidden charges in its quotations, and by effectively compressing intermediate operating costs, enterprises can obtain stable and reliable processing services with special processes with high cost performance.

Do you think that during the processing of non-standard mold parts, the special process manufacturers of non-standard mold parts have refined the process to break down the processing difficulties? Is it the material problem that troubles you the most, or is it the problem of precision control? Welcome to the comment area to leave your words, share your own experiences or painful points, and discuss solutions together!