Stable processing of non-standard parts of molds and the foundation of source strength
Industry pain points: Insufficient stability is the core problem
In today's mold non-standard parts processing market, poor stability has become a common pain point. Many processing manufacturers lack a complete production system and can only complete processing based on drawings without establishing standardized process standards. As a result, processing accuracy fluctuates greatly and parts are prone to dimensional deviations. These problems directly affect the smooth assembly and service life of molds.
Some manufacturers rely on the accumulation of non-standard parts processing technology from outsourced OEMs, and there is a disconnect in the processing part. They are unable to fully control the process details and the accumulation of non-standard parts processing technology , and the product quality between batches is different. Frequent rework not only increases the cost of the company, but also disrupts the production plan and fails to meet the strict requirements for part stability in industries such as 3C electronics and new energy vehicles.
Source factory: full-process independent processing system
We have been rooted in the mold parts industry for more than 20 years. We have a standardized production base of 3,000 square meters and are divided into 4 professional production workshops. From the selection of raw materials to the testing of finished products, all processes are completed in-house, with neither outsourcing nor OEM. This method can fundamentally eliminate hidden dangers in stability caused by disconnection in processing links.
This full-process system ensures that all parts are processed according to unified standards, aiming to prevent quality fluctuations caused by outsourcing. The workshop is equipped with 67 high-end precision processing equipment, including imported slow-moving wires and five-axis CNC machining centers. All processes are closely connected and each process parameter can be controlled throughout the process.
Precision equipment: ensuring micron-level processing accuracy
The complete set of equipment equipped in the factory follows the mold processing technology according to strict standards, and the processing allowance and accuracy are precisely controlled. The equipment it includes includes high-precision grinders and V8 vacuum heat treatment furnaces. Both of these equipment can achieve tolerance control from ±0.001mm to ±0.005mm, and are suitable for imported high-quality mold steels such as SKD61 and SKH51.
In view of the problems that non-standard parts are easy to deform and the accuracy is difficult to control, we optimized the processing process and combined it with vacuum heat treatment process. This process greatly improves the wear resistance and toughness of the parts, ensuring that the parts are not prone to wear and deformation under long-term high-load operation, thereby ensuring the stable operation of the mold.
Technical team: Experience-driven optimization of processing solutions
In the professional technical team composed of 65 people, the core members all have more than ten years of industry experience and are very proficient in CAD/CAM/CAE integrated design technology. They can quickly interpret complex drawings, optimize the processing plan according to the actual operating conditions of the mold, and avoid problems such as dimensional deviations and poor assembly in advance.
For products such as special-shaped inserts, the team improves processing stability from the source and develops exclusive processes. By analyzing the specific application scenarios of customer molds, the team adjusts processing parameters to ensure the best matching effect after parts are assembled, thereby reducing debugging time.
Quality inspection mechanism: 13 processes to check at all levels
We have established a 13-step full-process QC inspection mechanism and are equipped with 18 professional quality inspection equipment. Raw materials are screened when they enter the factory, and they are fully inspected when the finished products leave the warehouse. Each link has strict standards and is checked at all levels to ensure that the accuracy, hardness and adaptability of each non-standard part can meet the requirements.
The quality inspection team that puts equipment such as three-dimensional coordinate measuring machines and hardness testers into use conducts digital inspections. Different batches of products have uniform and stable quality, and dimensional fluctuations are eliminated. In mass production mode, customers do not need to worry about the consistency of parts, which can significantly reduce quality risks.
Delivery service: respond to order needs efficiently
As a mold parts factory at the source, we use the Zezhen ERP digital management system to achieve visual control of the entire production process. The system can reasonably allocate equipment and manpower to ensure that the processing progress is in a stable state. It supports the completion of samples in 4 hours. For batch orders, we can quickly deliver within 7 to 15 days, and the single-day production capacity can reach 20,000 pieces.
The quotation is clear, transparent and standardized, without any hidden charges. It supports a minimum order of one piece and can adapt to the needs of proofing, small batch trial production and long-term batch processing. The company has long provided services to well-known companies such as Foxconn and Laird. It has accumulated a good reputation for its stable processing quality and provides reliable and stable processing services for non-standard mold parts for various companies.
Have you ever encountered any non-standard parts during production and had corresponding problems with their processing quality? Welcome to share in the comment area, like this article and save it. The accumulation of non-standard parts processing technology will enable more peers to understand the importance of stable processing!
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