Brief: Experience a brief tour of features designed to deliver dependable outcomes. In this video, you'll see the Pharmaceutical 30W Flying Laser Coder in action, demonstrating high-speed QR code and batch number marking on drug packaging cartons. Watch how this advanced CO2 laser coding machine ensures permanent, contamination-free marking while operating on fast-moving production lines, helping you build a complete pharmaceutical traceability system.
Related Product Features:
Pharmaceutical-grade design with fully enclosed structure and easy-to-clean housing for GMP cleanroom compliance.
Dedicated CO2 laser technology using sealed metal RF laser source (10.6μm) for clear, gentle marks on various packaging materials.
Superior flying marking performance with high-precision galvo system reaching speeds up to 12,000mm/s on production lines moving up to 230 m/min.
Permanent, consumable-free marking process requiring no inks, solvents, or ribbons, eliminating chemical contamination risks.
Powerful traceability capabilities with built-in software for generating QR codes, Data Matrix codes, and variable data like batch numbers.
Air-cooled laser system with expected operational lifetime of 30,000 to 40,000 hours for long-term stability.
Standard communication interfaces for easy integration with existing production lines and MES/ERP systems.
Suitable for various pharmaceutical packaging including cartons, blister packs, instruction leaflets, and medical device packaging.
Faqs:
Does this laser marking machine produce any harmful substances or fumes on pharmaceutical packaging?
The laser marking process itself is clean, though some materials may produce minimal fumes. We strongly recommend and can provide an integrated fume extraction system to ensure a safe working environment compliant with all pharmaceutical standards.
Can the Pharmaceutical Flying Laser Coder be integrated with our existing production line and MES/ERP systems?
Absolutely. Our equipment comes with standard communication interfaces like Ethernet TCP/IP for easy integration into automated production lines. It can receive real-time data from your MES or ERP systems for accurate coding and traceability.
What is the main difference between the C315-15C and C330-30C models, and how do I choose the right one?
The primary differences are laser power and applicable line speed. The C315-15C (15W) suits medium-to-low speed lines, while the C330-30C (30W) is designed for highest speed lines and challenging materials requiring high contrast. Our sales engineers can help you select the optimal model based on your specific production requirements.
What is the expected lifetime of the laser source in these pharmaceutical coding machines?
The sealed metal RF CO2 laser source has an expected operational lifetime of 30,000 to 40,000 hours, ensuring long-term stability and low maintenance costs for pharmaceutical production facilities.