Laser Marking Masterbatch: Complete Technical Guide
Laser Marking Masterbatch: A Technical Guide to High-Contrast Plastic Marking If you have ever tried to laser mark a virgin grade of polypropylene or a glass-filled nylon and ended up with a faint gray smudge — or a deep, ugly burn — you have run into the central problem that laser marking masterbatch is built […]
Laser Marking ABS Plastics: Parameters, Additives, and Best Practices
Acrylonitrile Butadiene Styrene — universally known as ABS — is one of the most widely used thermoplastics in modern manufacturing. From automotive dashboards and electronic housings to medical device components and consumer products, ABS delivers an exceptional balance of strength, impact resistance, and processability. For manufacturers requiring permanent identification, traceability codes, or decorative marking on […]
Laser Marking & Welding Additives for Plastics: How New Technologies Are Raising the Bar
Scott Sabreen Presents at Industrial Print Magazine Webinar
Scott Sabreen, President and Owner of The Sabreen Group, Inc., was invited to speak at the “Plastic Possibilities: Direct Printing” webinar hosted by Industrial Print Magazine and presented by Rockport Custom Publishing, LLC. The live event took place on November 13, 2025, at 11:00 A.M. EST. Addressing the Challenges of Direct Digital Printing to Plastics […]
Laser Marking Clear & Transparent Plastics
Clear and transparent plastics present unique challenges for laser marking applications. Materials like polycarbonate, acrylic (PMMA), PETG, and transparent grades of other polymers are valued precisely for their optical clarity, yet achieving visible, high-contrast marks without compromising that clarity requires specialized techniques. This guide explores the challenges inherent in marking transparent plastics and presents practical […]
UV vs. Fiber Laser Marking: Which Technology to Choose
Fiber Lasers vs. UV Lasers for Plastic Marking: A Comparison Guide Selecting the optimal laser technology for plastic marking requires understanding the fundamental differences between available systems and matching capabilities to specific application requirements. Fiber lasers and UV lasers represent two primary technologies for industrial plastic marking, each offering distinct advantages for different materials, mark […]
Laser Marking High-Temperature Plastics
High-temperature engineering plastics represent the pinnacle of polymer performance, serving critical applications in aerospace, medical devices, oil and gas, and semiconductor manufacturing. Among these advanced materials, Polyether Ether Ketone (PEEK) stands as one of the most demanding substrates for Laser Marking operations. Understanding the unique challenges and solutions for marking PEEK and similar high-performance polymers […]
Sustainable Laser Marking: Replacing Labels & Ink Printing
Sustainability has emerged as a critical priority across industries, driven by environmental regulations, consumer preferences, and corporate responsibility commitments. Traditional marking methods—adhesive labels, ink printing, and hot stamping—consume materials, generate waste, and produce emissions that laser marking technology eliminates. This guide examines how laser marking supports sustainability objectives while providing superior identification performance. Environmental Impact […]
Glass Fiber Emergence: Solving Laser Marking Problems in Plastics
Glass fiber reinforced plastics provide the strength and stiffness required for demanding structural applications across automotive, aerospace, electronics, and industrial sectors. However, glass fiber reinforcement creates specific challenges for laser marking operations. Glass fiber emergence—the exposure of glass fibers at molded part surfaces—represents one of the most common obstacles to achieving high-quality, durable marks on […]
