From Stamping to Laser: How Flexible Cutting Works Like Transformers?

Changing production lines used to be like rerailing trains – now laser cutting lets tracks reshape themselves. Discover how this "shape-shifting" tech boosts efficiency by 90%.

Plasma vs Laser Cutting: A Global Tech Showdown

Featuring cases from Germany, India, and UAE, this article analyzes plasma and laser cutting’s global competitiveness, offering data-driven selection strategies for multinational manufacturers.

Newsletter No.2504

Laser Cutting Head Innovation: How Auto-Follow Systems Conquer Complex Surfaces?

This article thoroughly analyzes three breakthrough technologies in laser auto-follow systems. Through comparative data across automotive, appliance, and aerospace industries, plus client cases, it reveals revolutionary advances in complex surface processing, detailing dual-mode sensing, AI prediction algorithms, and air cushion innovations.

Understanding Laser Cutting Precision: How does 0.01mm Error Tolerance Achieve?

This article deciphers the technological principles behind 0.01mm laser cutting precision. Through comparative data and industry cases, it reveals breakthrough applications in precision manufacturing, including pulse control, motion systems, and intelligent compensation technologies.

3D Flexible Laser Cutting - Breaking Traditions, Innovating Technology, Offline Programming Leads th

3D flexible laser cutting technology has many innovative breakthroughs in processing industry. Sintec Optronics combines the technical advantages of FANUC's offline programming to greatly improve production efficiency, ensure cutting quality, and achieve innovative breakthroughs in linear arbitrary switching between different workpieces, bringing a new solution to robot laser cutting.

How to Choose Laser Power? 3-Min Guide to Fiber/CO₂/Ultrafast Laser Differences

Compare fiber, CO₂, and ultrafast lasers: wavelength, power selection, and material compatibility. Data-driven guidelines for metal/non-metal processing, micron-level precision, and cost optimization. Discover industry-leading 40% electro-optical efficiency fiber lasers, zero-thermal-damage ultrafast technology. Contact us for customized laser solutions!

Newsletter No. 2503

Sintec Optronics Shines at Laser World of Photonics China 2025, Leading the New Trend

From March 11th to 13th, 2025, LASER World of PHOTONICS CHINA 2025, a grand event in the laser, optics and optoelectronics industries in Asia, was grandly held at the Shanghai New International Expo Center. Sintec Optronics Technology Co., Ltd.

From 2D to 6-Axis: The Evolutionary Map of Robotic Laser Cutting Technology

In the vast cosmos of industrial manufacturing, laser cutting technology has evolved like a shining star, transitioning from rudimentary 2D slicing to the precision of six-axis robotic mastery. Each technological leap has redefined the boundaries of production, transforming not just the degrees of freedom in machinery but revolutionizing precision, efficiency, and human ingenuity.

Sintec Attended 2025 Asia Photonics Expo

The Asia Photonics Expo (APE) 2025, held from 26th to 28th February at Marina Bay Sands in Singapore

Demystifying 3D Laser Cutting: How Laser Beams Sculpt Metal with Precision

This article demystifies the working principles of 3D laser cutting machines, explaining how laser beams sculpt metal with ±0.03mm precision through photon energy transfer, multi-component synergy, and a five-step cutting process. Featuring a case study on EV battery tray manufacturing, it highlights 82% efficiency gains and 95% material utilization. The future vision explores AI-driven path optimization and photonics manufacturing advancements.

Key factors of laser welding

Laser welding is related to the energy density of the laser input and the reflectivity of the material. There are many ways to adjust the energy density of the laser input, including adjusting the excitation voltage, the output focal length, changing the fiber type, and the width and waveform of the output pulse. Temperature, the incident angle of the laser beam, the focusing and defocusing amount are the main factors that affect the material's absorption of the laser beam.

3D Robot Laser Cutting Machine Brings New Technological Innovation To Bicycle Pipe Processing

3D robot laser cutting machine has significant technical advantages in cutting bicycle pipe fittings. First of all, it has fast cutting speed and high efficiency, and can achieve mass production, thus meeting the demand of bicycle manufacturing industry for efficient production. Secondly, 3D laser cutting has high precision, stable cutting quality, and no need for secondary processing, which reduces production costs and improves product quality. In addition, the 3D laser cutting machine is easy

Newsletter No. 2502

A Brief Discussion on the Essential Differences Among Laser Processing Techniques

Laser processing technology involves the interaction between a laser beam and materials to perform cutting, welding, surface treatment, drilling, and micro-machining. It has been widely adopted across industries such as automotive, electronics, electric equipments, aviation, metallurgy, machinery, instrumentation, microelectronics, decoration, packaging, printing, pharmaceuticals, and tobacco.

Newsletter No. 2501

Newsletter No. 2412

Glass Laser Cutting Market Analysis

I. Market Overview1. Global market statusIn recent years, glass laser cutting technology has risen rapidly and has become an important part of modern manufacturing. According to market research firms, the global glass laser cutting market reached billions of dollars in 2023 and is expected to

Innovation of Laser Robot Cutting Technology for Electric Vehicle Frame Parts

In this era of pursuing efficiency and precision, every technological innovation is like injecting a strong vitality into the manufacturing industry. The laser robot 3D cutting technology launched by Honglei Laser, which cuts electric bicycle frame parts, is bringing a disruptive technological revol

How 3D Laser Cutting Robots Break Traditional Processing Techniques

In modern manufacturing, the development of intelligent manufacturing equipment has always been a focus of attention. With the continuous advancement of technology, more and more innovative equipment is changing traditional production methods. One of the most eye-catching devices is the 3D laser cut

An Overview of VCSELs

Vertical-Cavity Surface-Emitting Lasers (VCSELs) are a type of semiconductor laser that emits light perpendicular to the surface of the chip. Their development has revolutionized various industries due to their unique properties and potential applications.VCSELs operate based on the principle

Innovations in laser scanning heads and beam shapers boost fuel cell production

Scanlab, a manufacturer of high-end scanning heads, and its sister companies Blackbird Robotersysteme and Holo/Or are developing new system concepts for industrial laser applications such as laser welding of bipolar plates and additive manufacturing. The novel scanning setup integrates a tailor-made

Laser cutting technology gradually towards automatic unmanned development

In the process of China's rapid economic development, the development of the industrial field is very obvious, along with the overall economic development, the importance of processing technology in the industrial field is gradually reflected. Laser cutting as a new metal processing technology,