No one would reject Guo Tailai's reasonable request. In fact, even the vice president of Mercedes-Benz only wanted to establish the cooperation first, but the conditions for cooperation still needed further negotiation.
Guo Tai Lai made it quickly, at least in the eyes of the engineers at Mercedes-Benz, the speed at which he made artifacts was amazing.
There was no helping it, Guo Tailai was made by hand. As long as he looked at the blueprints, he would be able to get his hands on it. Unlike the NC Machining Center, even if he had inserted the blueprints, he still had to set the specific procedures and procedures to do so. Just this setting alone would take a long time.It was true that the automatic processing of NC Machining Center s was astonishingly efficient, but in reality, if the process was not confirmed and only the blueprints were input, processing center would not even know how to walk on a blade. Even if there were some simple blueprints that could automatically set up the process, for complicated components, there was definitely a need for manual intervention.
This is one of the reasons why some manufacturers, despite having good equipment, may not be able to process high-quality workpieces quickly and well. The operator's lack of familiarity with these settings, or the misconfiguration, are factors. For example, you could use a knife ten millimeters at a time, but the operator was afraid of damaging the machine, so he set the limit to five millimeters. That meant you had to use the knife twice, and the time efficiency would naturally decrease.
Of course, with the development of technology, based on the workpiece materials and processing center's settings, it was also possible to intelligent give the maximum amount of parameters, and it was also possible to intelligent set similar processing procedures. Unfortunately, that was the future, and it was still far from being possible.
Therefore, in the processing of one or two artifacts, even the most advanced NC Machining Center might not be able to compete with Guo Tailai in processing speed. The efficiency of a single person was far less than that of Guo Tailai.Seeing the pieces of titanium alloy being taken out from the dust-free workshop, the engineers ran around Guo Tailai. They wanted to stay and see how Guo Tailai worked with this kind of alloy. It was a pity that Huang Weiguo and the other two were dutifully guarding the door, and not a single one of them was able to take even half a step outside.
Although a lot of people knew that Guo Tailai only used hand tools to polish the metal bit by bit, but how did Guo Tailai manage to have such precision? It had always been a mystery, a mystery that no one could explain. Artificial cutting of titanium alloy, isn't that a little too exaggerated? How much power would that require? How much endurance did he need? Guo Tailai obviously didn't have any obligation to explain, he just worked on the parts as fast as he could.
But soon the curious engineers knew how much strength and endurance was needed. When Guo Tailai came out with two sets of worn-out tools to ask for replacement, he had already worked inside for ten hours.
Within ten hours, other than having a meal, Guo Tailai worked the rest of the time, drinking water without any delay. It was unbelievable.
Fortunately, the Mercedes-Benz side had expected this situation and quickly changed two sets of tools. These tools were so worn out, especially those that were responsible for the final polishing, that even the sand on them was almost bald. The blade of the cutting blade is very worn out, so it has to be replaced.
Within three days, Guo Tailai had completed all the titanium alloy parts. This had already shocked the engineers of the Mercedes-Benz area to the core. That was titanium alloy! It was still so precise. Don't look at Mi Guo's former Soviet Union or something like that. They can use titanium alloy planes to play with submarines. Guo Tailai could kill them all with a single pole. Who knew how many streets he could kill?The industrial laboratory had been contacted and was waiting for Guo Tai Lai to bring the workpiece over. What the people at the Mercedes-Benz didn't understand was that if Guo Tailai just wanted to know how accurate the workpiece was, he didn't need to go there himself to measure and send the result over. But Guo Tailai insisted on going over to take a look.
Perhaps it was because of the craftsman's quirks! It was only when he looked at the measuring equipment himself that he knew the measurement. In any case, the lab people operated the measuring equipment themselves. No matter how Guo Tailai looked at it, it was just a reading. On the small request of a craftsman, German showed the greatest tolerance.
Every workpiece that should be measured, the Mercedes-Benz would first use the best soft film material to wrap it, then place it in the space between the suitable shock-proof materials, and then install it in a few of Pelikan's safety boxes.
The car headed south, toward Munich. The industrial lab was in Munich, and so was the BMW headquarters. On the way, Guo Tailai joked with the people at the Mercedes-Benz and McLaren. They might even be able to work with the BMW next time they made a monster motorcycle.
Neither Mercedes-Benz nor McLaren had a motorcycle business at the moment, so Guo's mention of it didn't arouse much displeasure from both sides. The manager of Mercedes-Benz even laughed at being able to introduce the manager of the BMW.
In the industrial laboratory, Guo saw for the first time what was known as the world's most accurate measuring instrument, a certain type of laser interferometer. Laser interferometer is a kind of instrument which measures the measured length with wavelength as the standard. The data can be read accurately to the nanometer level by interfering with the magnification pattern.
Guo Tailai followed the rules and sat three meters away from the laser interferometer, watching the lab staff operate the interferometer to make measurements.
"Calibrating the 360 degree field 3D measurement mechanism."
"Initiating calibration, please specify reference."
As the readings were read and recorded one by one, Guo Tai Lai's 360- degree 3D measurement was also continuously calibrated. This calibration lasted for a full day and a half before he finished measuring all the workpieces he wanted to measure, and Guo Tai Lai's measurement mechanism was completely calibrated after a day.
The mechanism for measuring a 360 degree field of view has been accurately measured to 5 nm, which is 0.005 microns. The Pentium 3 processor, which went on sale in January, uses a 0.25 micron technology, or 250 nanometers, which is arguably a high measurement accuracy.
"nanobot slicer accuracy increased to 50 nm.""The welding accuracy of the nanobot has been increased to 50 nm."
"The surface roughness of the nanobot has been strengthened to less than 5 nm."
The three consecutive notifications made Guo Tailai happy. The enhancements from the previous system upgrade had all been activated. Now, Guo Tai Lai's machining accuracy could reach 50 nm, which was 0.05 micron.
Chapter end
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