Standards updates, application notes, and technical guidance from our engineering team.
A rush-order specialist at Edmund Optics shares how a tiny order for a replacement lens turned into a lesson about small customers, IR laser cleaning, and why standard lead times aren't always what they seem.
A practical checklist for office admins sourcing paper laser cutters, machine laser cutting services, laser engraver project files, and optical parts like the Edmund Optics iris diaphragm 2-20mm.
Practical answers about quadrant photodiode Edmund Optics choices, the Edmund Optics 48-182 aspheric lens, laser engraving business logo preparation, laser cut projects downloads, and laser cutting images.
Hard-won lessons from a small shop owner: why laser cut MDF panels and metal engraving tests improved after switching to an Edmund Optics 87-115 aspheric lens 18.4 mm and stable kinematic mirror mount.
An office administrator explains why buying a used Amada laser cutting machine, Amada laser clamps, a CO2 laser marker, or laser engraving photos is less about price and more about process, validation, and hidden costs.
An office administrator's practical FAQ on Amada laser equipment, lens ordering, machine price expectations, laser welder pricing in Australia, 3D laser engraving, and whether you can laser engrave canvas.
A production scheduler who's run 300+ rush jobs compares new Amada fiber lasers against used Amada machines for sale — on real cost, real throughput, uptime, and whole-process value. Plus: why an EUV laser has nothing to do with your sheet metal.
A procurement lead's side-by-side comparison of budget vs. industrial laser cutting equipment — covering true cost of ownership, MDF and metal cut quality, fiber laser module specs, software workflow, and downtime support. Based on 7 years of documented buying mistakes.
A purchasing coordinator's honest breakdown of why a new AMADA combination laser punch made more financial sense than used AMADA machinery—and why efficiency beat the lower sticker price.
Quality inspections reveal why laser cutting problems usually start before the laser fires. Read how sensor heads, turret punch tooling, and focus checks prevent rework.