From Handheld Welding to Advanced Packaging: Building Better Laser Manufacturing Platforms September 24, 2026 This week’s stories have a common theme: laser technology is becoming easier to turn into a production platform. IPG is showing handheld-laser users a path toward cobotic welding. Novanta is packaging the laser, scanner, controls, software, and calibration into one OEM … Read more
MWL Laser Manufacturing Weekly — Edition 9 September 24, 2026 This week’s stories have a common theme: laser technology is becoming easier to turn into a production platform. IPG is showing handheld-laser users a path toward cobotic welding. Novanta is packaging the laser, scanner, controls, software, and calibration into one OEM subsystem. ASMPT is combining … Read more
From Handheld Laser Safety to Smarter AM Quality September 17, 2026 Handheld laser welding continues to move into mainstream manufacturing, while metal additive manufacturing is becoming more focused on prediction, inspection, and repeatability. This week, a newly revised ISO standard addresses hand-held and hand-operated laser-processing machines. FANUC combines a manual laser-welding system with a collaborative … Read more
Blue Lasers, Beam Profiles, Microholes & Recovery This week we have four stories that touch very different parts of manufacturing with light. A blue diode laser is being used to deposit copper directly onto ceramic substrates. Tamron is moving into laser welding with a real-time beam profiler. New research shows just how much control is … Read more
September 3, 2026 Process Intelligence, 60 kW Cutting, AI Quality, and Manufacturing at Sea This week’s stories cover a wide range of laser manufacturing, but they share a common theme. The laser itself is only one part of a production system. Scanner control is becoming more closely connected with process monitoring. Cutting systems continue pushing … Read more
The laser source may be the heart of the system, but beam delivery, motion, controls, safety, process knowledge, and maintainability determine whether the machine actually succeeds. Fiber lasers have changed industrial manufacturing. They are compact, efficient, reliable, and increasingly available in power levels and configurations that would have been difficult to imagine just a few … Read more
Automation Notes What If We Standardized the Control System Before Building the Next Laser Machine? The machine should be custom. The control foundation does not always have to be. One thing that has bothered me for years in custom machine building is how often we solve the same control problems over and over again. A … Read more
A look at four developments in laser manufacturing that caught my attention this week — from precision motion for medical-device manufacturing to very-high-power cutting, semiconductor processing, and an interesting new approach to machining sapphire. Precision Motion Targets Medical Tube Laser Cutting Aerotech’s new LaserTurn280 motion platform is designed for cylindrical laser processing applications such as … Read more
Modern motion controllers are amazing. In laser processing, advanced algorithms can smooth corners, reduce vibration, improve path following, synchronize laser firing, and help squeeze more performance out of a machine. Features such as input shaping, look-ahead, contour smoothing, and frequency-response-based tuning are real tools that can make a good machine much better [1][2][3][4]. But they … Read more
