Jiangce Technology | Technology Sharing

**Write at the front: * * This is not roast, but a reflection on the status quo. If you have a similar situation in your factory, it is recommended to spend 10 minutes watching it.

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###1、 A situation that makes’ knowledgeable bosses’ embarrassed

Last year, I visited a customer who specializes in automotive precision components. The boss pointed to the newly added five axis machining center and proudly said to me, ‘Look, it’s equipped with Renishaw’s latest wireless probes, over 50000 sets, top of the line!’! ”I asked him, ‘How does it work? What online detection programs do you mainly use?’ The boss lit a cigarette and smiled wryly, saying, ‘To be honest, 90% of the time is spent searching for edges, dividing, and occasionally measuring aperture. Complex program workers dare not write it for fear of collision, and now it is basically used as a’ high-precision electronic edge finder ‘.’ * * At that moment, I deeply felt it. **After 15 years of working in the field of industrial measurement, I have seen too many scenes like this: * * 50000 yuan of “ramming level” hardware, doing 500 yuan of physical labor. * * This is not only the idle of assets, but also the invisible loss of manufacturing industry in the transformation of “new quality productivity”.

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###2、 What did you buy with the premium of 45000 yuan?

Many factories’ understanding of probes is still at the stage of “finding alignment”, but in reality, the true “profit increment” in the 50000 yuan you pay is hidden in the following four higher-order dimensions:

### 1. Dynamic Coordinate Compensation: Overcoming “Clamping Error”

-* * Basic usage: * * Manual centering, confirm G54.

-Advanced application: * * Achieve automatic setting of any angle for hexahedrons. Even if the fixture is installed off center by 0.05mm, the measuring head will scan it before the program runs, and the coordinate system will automatically compensate. **Transforming the “uncertainty” of human clamping into the “certainty” of the program. **

### 2. Thermal symmetry and environmental compensation: overcoming “physical laws”

-* * Technical pain point: * * Ningbo is located on the southern wing of the Yangtze River Delta and belongs to a typical subtropical monsoon climate with high temperatures and humidity in summer. According to historical meteorological records, extreme high temperatures in Ningbo during summer can reach over 40 ° C, while the starting point for temperature control in workshops in the morning is usually around 25 ° C.

-Physical reality: This periodic temperature difference close to 15 ° C is fatal for high-precision machine tools. Taking a common specification spindle as an example, due to the physical characteristics of thermal expansion and contraction, its Z-direction thermal elongation is sufficient to destroy the tolerance zone of a precision bearing position.

-Advanced gameplay: We use a probe and a standard reference ball inside the machine tool to set up a set of scheduled inspection procedures. Automatic zero calibration every 2 hours, using real-time data collected by the probe to automatically correct coordinate offset. **We believe that this should be one of the core aspects of digital operations: using years of accumulated regional process data to hedge against inevitable physical deformations. **

### 3. Process quality control: Overcoming ‘post accountability’

-* * Traditional process: * * Processing → Offline → Three coordinate room queuing → Discovering out of tolerance → Scraping.

-Closed loop process: After rough machining, the measuring head automatically enters to scan the key dimensions. Not enough margin? Automatically replenish one knife. **Lock the quality risk before the parts leave the machine tool. **

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###3、 Why is your probe “eating dust”? (Game of Risk and Reward)

As a practitioner of PMP project management thinking, I have found that this is not solely a worker’s problem, but rather a systemic service deficiency issue

-The fear of “not daring to use” technology: The threshold for macro program development is high, and even a slight error in logic can cost hundreds or even thousands of yuan if the probe hits one end. Without standardized SOPs, workers would rather not use them.

-The cost misconception of “not cost-effective”: The boss often says “it’s better to hire more quality inspectors than to buy probes”. But the accounts are not calculated that way. As follows:

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###4、 How can we make 50000 yuan realize the value of 500000 yuan?

Our team members all agree with one viewpoint: * * Hardware is just a tool, scenario based ‘algorithms+services’ are productivity. **

In order to solve the pain point of “only knowing how to find the edge”, we firmly walk in the last 100 meters from hardware installation to digital operation and maintenance:

-* * Encapsulation standardized macro library: * * For typical scenarios such as new energy vehicle motor housings and aluminum die-casting parts, we have the ability to provide more technical service support for customers, ultimately striving to achieve that operators do not need to learn to write complex code, only need to modify a few parameters.

-Practicing digital empowerment: When the probes in the factory workshop machine tools no longer collect isolated numbers, they will enter the operation and maintenance management system. By analyzing data trends, we can ultimately detect the deviation trend of machine tool accuracy one day ahead of the operator.

-Full lifecycle assurance: From Renishaw, Blum to Marpos, we not only repair probes, but also provide process optimization consulting.

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###5、 Three small suggestions for bosses

-Calculate the ‘total cost’, not the ‘unit price of parts’: Reducing one rework caused by precision deviation may save one year of probe depreciation.

-Cultivate process engineers who understand measurement: The measuring head is not a tool for quality inspectors, but a weapon for process engineers. A talent who can optimize processes with probes is worth far more than 50000 yuan.

-Embracing the trend of digital upgrading and transformation: In the current era where the country advocates for new quality productivity and actively promotes digital upgrading and transformation of the manufacturing industry, if your production line has not yet incorporated “measurement data integration” into the core planning of digital transformation, you may lose a position in future cost competition and precision control.

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###5、 Conclusion

The upgrading of China’s manufacturing industry is not just about buying a few high-end five axis or top of the line measuring heads. **The true strength lies in squeezing the potential of each device to the extreme and truly incorporating those once isolated measurement data into the digital capillaries of the workshop. **

On this day in 2026, if you are still struggling with unstable machine tool accuracy, your precision measuring equipment is in a “semi idle” state, or these devices are still in a “digital island” state, please feel free to contact me anytime. We not only understand measurement, but also how to transform every micrometer of precision into tangible profits through digital transformation.

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###Appendix: Common Application Value and Digital Maturity Matrix of Machine Tool Probes

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**Author: * * Founder Team of Ningbo Jiangce Technology Co., Ltd

**Professional fields: * * Precision measurement, CNC machining, quality control

**Contact information: * * 15757807400

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FAQ Selected Q&A

**Q: Why do many people only use machine tool probes that cost 50000 yuan as edge finders? **
**Answer: There are three main reasons: firstly, the operators are not familiar with the programming and macro programs of the probe, and lack systematic training; The second issue is that the workshop process documents do not include in machine measurement in the processing flow, and still use the traditional “processing inspection” mode; Thirdly, some managers believe that the measuring head is only an auxiliary tool for alignment, without realizing its value in size monitoring, tool wear compensation, and adaptive machining. These habitual “path dependencies” greatly waste the high-precision capability of the probe.

**Q: Which is more accurate, using a probe as an edge finder or a dedicated edge finder? **
**Answer: According to official public data, the repeatability accuracy of trigger type probes (within ± 0.001mm) is one order of magnitude higher than that of mechanical edge finders (± 0.01~0.02mm). However, the efficiency of edge finding with the probe is relatively low (requiring point by point touch), and there is a bending error in the probe. If it is only rough positioning (tolerance>0.05mm), the mechanical edge finder is more economical and efficient; The advantage of the probe is obvious when positioning accurately.

**Q: What technical requirements are needed to integrate the probe into the machining cycle? **
**Answer: * * Three conditions need to be met: 1) The CNC system supports macro program calls (such as Renishaw Inspection Plus’ O9801/O9811 measurement macro programs, running on the FANUC system); 2) There is an available M-code signal interface to control the start/end measurement of the probe; 3) Technicians will write a machining cycle that includes three steps: measurement, judgment, and compensation. In addition, it is recommended to equip a needle calibration program and a temperature compensation scheme to ensure measurement stability during long-term processing.