Why must precision medical device screen plates be laser cut instead of traditional stamping?

In modern medical technology, many critical devices rely on a seemingly tiny yet crucial component: precision screen plates.

How to monitor the cutting quality in real time during the SMT stencil laser cutting machine process?

Laser power, pulse frequency and duty cycle need to be optimized in real time according to material thickness, reflectivity and cutting speed.

How does laser cutting achieve high precision in ultra-thin metal gaskets?

In modern precision manufacturing, ultra-thin metal gaskets are widely used in applications such as motor assembly, bearing clearance adjustment, instrument calibration, mold repair, automotive wheel alignment.

What specific impact does the straightness of the guide rails of the gantry dual drive laser cutting machine have on the cutting quality?

High-precision cutting requires that the laser beam is always perpendicular to the material surface, but the straightness error of the guide rail will destroy this perpendicular relationship.

How does the SMT stencil laser cutting machine achieve micron-level processing accuracy?

As an indispensable piece of equipment in modern electronics manufacturing, the SMT stencil laser cutting machine's core mission is to provide high-precision stencils for the solder paste printing process.

How does the new energy lithium battery coating die head gasket ensure consistent coating thickness for lithium battery pole pieces through high-precision machining?

As the core component of the coating machine, the new energy lithium battery coating die head gasket's primary function is to precisely control the slurry coating thickness and uniformity.