The growing demand for miniaturized, high-performance electronic devices has led to the widespread use of thick film technology in circuit and heater design. This mature yet evolving thick film technology process combines precision screen printing with post-production laser trimming to deliver accurate, compact, and thermally stable components. One of the key steps in refining thick film...

In the rapidly growing world of additive manufacturing, selecting the right 3D printing software can make all the difference in achieving high-quality results. Whether you're a hobbyist or a professional engineer, good design and slicing software is key to unlocking the full potential of your printer — especially when using SLA 3D software. Unlike FDM printing, SLA (stereolithography)...

In the world of laser technology, fiber laser systems have become the go-to solution for manufacturers and small businesses seeking high-speed, high-precision marking. Whether you’re engraving serial numbers, QR codes, or logos on metal or plastic, a 20W fiber laser offers the perfect balance between power, affordability, and accuracy. Unlike traditional marking methods, laser marking...

In today’s high-performance electronics industry, precision is non-negotiable. As circuits shrink and power densities increase, fine-tuning component values becomes essential to ensure functionality and consistency. This is where laser trim resistor technology proves indispensable. Using focused laser beams to finely adjust resistance values, manufacturers can guarantee tighter...

In the age of smart manufacturing and product traceability, laser marking has become a key technology across industries such as electronics, automotive, medical devices, and consumer goods. Whether it's for branding, serial number marking, or anti-counterfeiting, the ability to deliver high-speed and permanent marks is essential—and this is where the laser engraver...

In the modern manufacturing and electronics industries, precision is everything. This is where the MOPA laser source comes into play, offering exceptional flexibility and accuracy in marking, engraving, and micro-processing applications. Compared to traditional Q-switched lasers, MOPA lasers allow users to independently adjust pulse duration and frequency, making them ideal for...

What is Laser Trimming and Why Does it Matter? Laser trimming is a precision process used to adjust the electrical parameters of components, most commonly resistors, by using a focused laser beam to finely remove material. The goal is to bring the component’s performance—such as resistance, capacitance, or voltage division—within strict tolerances. Unlike mechanical trimming...

What Is a Galvo Laser and How Does It Work? A galvo laser is a type of laser system that uses galvanometer-based mirror motors to rapidly direct the laser beam across a working surface. Unlike traditional gantry systems, galvo lasers rely on high-speed mirror movement for beam deflection, offering faster and more precise marking or engraving. The core of this system lies in the scan head, which...

What is a Laser Marker and Why is Software Crucial? A laser marker is a device that uses laser beams to create permanent markings on surfaces like metal, plastic, ceramics, or glass. These markings can include logos, serial numbers, QR codes, barcodes, or intricate patterns. However, the quality, speed, and precision of the marking process depend heavily on the laser marking software...

In the realm of microelectronics, thick film hybrid circuits play a vital role in producing compact, high-performance components for aerospace, medical, automotive, and industrial applications. A key part of this process involves laser trim resistors, a technology that ensures ultra-precise resistance values using non-contact laser processing. What Is a Laser Trim Resistor? A laser trim...