The efficient performance of wheel repair machine is highly praised by customers

In the automotive repair and wheel refurbishment industry, efficiency and quality are equally important. Recently, we received positive feedback from a cooperative customer. After using our wheel repair machine, he praised the performance, ease of operation and repair effect of the equipment. Today, we will share this customer's real experience and see how this machine helps his business improve efficiency!

Mark’s Auto Repair Center is a professional auto repair company with many years of history, mainly engaged in wheel repair, car beauty and other businesses. His pain point is that traditional craftsmanship has encountered development bottlenecks. With the development of the market, customers have higher and higher requirements for the quality and efficiency of wheel repair. Traditional manual repair methods face many challenges. Traditional wheel repair takes a long time and lacks precision, which affects customer satisfaction.

The following is the real feedback from Mark after using it:

1. Simple operation, quick to get started.

"The operation interface of this wheel repair machine is very intuitive, as simple as operating a laptop, and even technicians without much experience can learn it quickly. Our team was able to use it proficiently on the same day after training, which greatly reduced the learning cost."

2. The repair efficiency has been significantly improved.

"It used to take 2-3 hours to repair a severely scratched wheel. Now with the DCM32P-S wheel repair machine, it can be completed in less than 1 hour, and the effect is more refined than manual repair. Our average daily processing volume has been greatly improved!"

3. The repair effect is comparable to the original factory.

"Whether it is an ordinary aluminum alloy wheel or a high-end wheel, the surface smoothness and color restoration of the repaired wheel are excellent, customer satisfaction has been significantly improved, and the return rate is almost zero. And according to customer needs, different parameter settings can be matched to achieve a bright mirror effect or a uniform big line effects"

4.Strong durability and easy maintenance. "The machine runs stably and has no problems even with continuous high-intensity use. Daily maintenance is also simple. The machine is equipped with an automatic lubrication system, so you only need to clean the waste aluminum scrap inside the machine regularly, which saves you time and effort."

Why can our wheel repair machine win customer recognition?

First, high-precision CNC technology and independently developed software specifically for wheel repair, ensures the accuracy of each repair. Equipped with a PC industrial computer with touch screen, all operations can be completed on the PC controller, without unnecessary complicated buttons, and users can better understand how to use it.

Second, high degree of automation. Automatic tool holder is used to change tools with one click. Before detection, you only need to set the starting and end points and some simple parameters, and the machine can automatically detect and cut. The automatic protective door closes automatically during processing and opens automatically after wheel cutting, which ensures the operator's safety and improves the efficiency of wheel repair without manual closing.

Third, perfect after-sales service. We provide 24-hour technical support to ensure that customers have no worries.

"This wheel repair machine DCM32P-S completely exceeded our expectations, not only improving the repair efficiency, but also helping us win the trust of more high-end customers. If you are also looking for a reliable wheel repair machine, I will recommend it without hesitation!"

Do you also want to experience efficient wheel repair? If your business is facing the problems of low repair efficiency and unstable quality, HIENCE wheel repair machine may be your best choice! Welcome to contact us for more product information!

Keywords: wheel repair machine

Originally published 04 Apr 2025, updated 04 Apr 2025.