5. UDI Compliance Checklist for Laser Marking
Use this checklist to ensure your laser marking process meets FDA UDI requirements: Pre-Production [ ] UDI assigned by accredited issuing agency (GS1, HIBCC, ICCBBA) [ ] DI…
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Use this checklist to ensure your laser marking process meets FDA UDI requirements: Pre-Production [ ] UDI assigned by accredited issuing agency (GS1, HIBCC, ICCBBA) [ ] DI…
Pitfall 1: Deep Engraving on Surgical Instruments As the opening story illustrated, deep engraving on surgical steel creates crevices that compromise both sterility and mark durability. Fix: Use…
Primary Keyword laser marking business U...
Three forces are driving demand for laser marking services right now: 1. Traceability regulations are tightening globally. From FDA Unique Device Identification (UDI) for medical devices to aer...
Let's cut through the vague estimates. Here's what it really costs to start a laser marking business, broken into two tiers: Entry-Level Setup: $1,250–$3,700 This tier works for…
Your business model determines everything — what equipment you need, who you sell to, and how much you can charge. Here are the three proven models: Model 1:…
Pricing is where most new laser marking businesses fail. They calculate material cost, add a small markup, and wonder why they're working 60-hour weeks for minimum wage. The…
Great equipment and fair prices mean nothing if nobody knows you exist. Here's how to get customers: For B2B Industrial Clients Direct outreach to machine shops and manufacturers.…
Mistake 1: Underpricing Your Work This is the silent killer. New operators price to "be competitive" without accounting for labor, overhead, or profit. The result? You're busy all…
You don't need a 40-page document, but you do need clarity on these points: 1. Executive Summary What service do you provide, to whom, and why you? 2.…
Here's a quick decision framework: If your focus is... Buy this... Because... Metal parts, tools, industrial marking Fiber laser (20–50W) Best mark quality and speed on all metals…
Metal is straightforward — almost any fiber laser will mark it. Plastic is a different beast entirely. Here's why: Polymers absorb different wavelengths differently. The chemical bonds in…
CO2 lasers emit at 10.6 µm (infrared), which is strongly absorbed by most organic materials. On plastics, the marking mechanism is primarily thermal: Absorption: The infrared energy is…
UV lasers operate at 355 nm — a wavelength that interacts with plastics through a fundamentally different mechanism called photochemical decomposition (often called "cold marking"): Absorptio...
Factor CO2 Laser UV Laser Wavelength 10.6 µm (infrared) 355 nm (ultraviolet) Marking Mechanism Thermal (heat-based) Photochemical ("cold marking") Heat Affected Zone Large...
Use this decision table to pick the right laser for your material: Plastic Recommended Laser Why Expected Result ABS UV CO2 risks melting; UV gives clean, high-contrast mark…
CO2 Laser Settings Plastic Power (W) Speed (mm/s) Frequency (kHz) Passes PET (bottle) 10–15 800–1,200 15–20 1 PE (film) 8–12 600–1,000 15–25 1 PVC (shee...
PVC Safety Warning Both CO2 and UV lasers produce chlorine gas when marking PVC. This gas is corrosive and toxic. You MUST use a properly vented fume extraction…
1How to Choose the Right Laser Marking Machine: A C... 2Fiber vs CO2 vs UV Laser Marking: Which One Do You... 3Laser Marking on Stainless Steel: Settings, Effect...…
Before you look at a single spec sheet, you need to understand which laser technology matches your application. This is the single most important decision in your buying…