Is Higher Magnification Always Better for Microscopes?
When it comes to digital microscopes, the calculation of magnification differs significantly from traditional optical microscopes.
For traditional optical microscopes, magnification is determined by multiplying the objective lens magnification by the eyepiece magnification. However, digital microscope magnification is based on the ratio of the object’s size on the display screen to its actual size.
This means the larger the display screen, the higher the magnification a product can claim. This discrepancy has led some manufacturers to advertise magnifications of 1000x or even 2000x. However, these figures often result from simply enlarging the display screen, not from genuine optical magnification.
This raises questions among consumers: Is higher magnification truly better? Does a higher price always mean better performance?
Higher magnification comes with significant drawbacks:
These limitations make extremely high magnification unsuitable for tasks requiring speed and flexibility, such as defect inspection or repair.
Qzzy digital microscopes offer an optimal magnification range of 2.5x to 60x (based on an 8-inch screen).
This range is ideal for applications in the PCB industry and manufacturing sectors, particularly for defect inspection and repair. Within this magnification range, users can:
At Qzzy, we believe it is our responsibility to inform users that higher magnification is not always better. Choosing the appropriate magnification range is the correct way to use a microscope.
Need guidance? Consult Qzzy, and we’ll help you select the ideal microscope for your needs. https://qzzyinc.com/index