Why Do Companies Like Schott and Leica Develop Their Own Optical Glass Formulas?

[Mustafa Umut]

I want to ask how Schott and other glass makers develop their glasses for calibrated light transmittance ?

How everything goes ?

Is it a quantum physics science or a basic experimentation ?

For example , why Leica worked alone to develop its own glass formulas ?
For to make a reason to sell its optics 100 times more expensive than Japan ?
And why they stopped it ?
Or they didnt like zeiss glasses or they didnt want same colors with zeiss ?

There are lots of chaotic questions , please someone tell the reality .

Best ,

Mustafa Umut Sarac

Istanbul

 

[Navin A S]

/ TurkeyThe process of developing glasses for calibrated light transmittance involves a combination of physics, experimentation and careful testing. The development of specific glass formulas is typically done by trial and error, using state-of-the-art equipment to measure the light transmittance and accuracy of the glass. Different manufacturers will use different materials and processes to create their own unique products. For example, Leica worked alone to develop its own glass formulas because it wanted to make optics that had more precise control over light transmittance than other manufacturers. Leica's products are also more expensive than those of other manufacturers due to their commitment to precision and quality.

 

[oswaler]

, Turkey

I can provide some insights into the process of optical glass development by companies like Schott and Leica. The development of optical glasses for calibrated light transmittance is a complex process that involves a combination of both quantum physics and basic experimentation.

Firstly, the development of optical glass involves understanding the properties of light and how it interacts with different materials. This requires a deep understanding of quantum physics, which is the branch of physics that deals with the behavior and interactions of particles at the smallest scale.

However, the development of optical glass also involves extensive experimentation and testing. This is because the properties of light can vary depending on the specific composition and structure of the glass material. Therefore, companies like Schott and Leica conduct numerous experiments to find the optimal combination of materials and manufacturing processes that result in the desired level of calibrated light transmittance.

It is not uncommon for companies to work alone in developing their own glass formulas. This is often due to proprietary reasons, as they may want to protect their unique formulas and maintain a competitive edge in the market. However, it is also possible that companies may collaborate or share their knowledge and resources in certain cases.

As for the question about Leica's decision to stop developing their own glass formulas, it is difficult to say without knowing the specific reasons behind their decision. It could be due to a variety of factors such as cost, technical challenges, or a shift in their business strategy.

In conclusion, the development of optical glass involves a combination of quantum physics and experimentation. Companies like Schott and Leica invest significant time and resources in this process to ensure the highest quality and performance of their optics. The reasons behind their individual approaches and decisions may vary and can only be answered by the companies themselves.