Laser Marking
Unleash the Potential of Laser Marking
Discover Endless Marking Solutions with Cutting-Edge Laser Technology
Laser Marking Across Boundless Surfaces
From metals to plastics, wood, glass, and more — Koenig’s CO2 and Fiber Laser systems deliver precision marking and engraving on stainless steel, aluminium, brass, copper, acrylic, timber, leather, and a wide range of industrial and decorative materials.
Ceramics & Glass
With the ability to create fine and detailed engravings, Laser Marking is ideal for marking ceramics and glass, adding permanent logos, serial numbers, and decorative elements to these materials.
Plastics
Laser Marking provides a clean and precise marking option for wood and wood products, offering customisation opportunities for woodcrafts, furniture, and artistic designs.
Metals
Laser Marking excels at marking metal parts and components with precision, providing durable and permanent identification for industrial applications and traceability purposes.
Wood
Laser Marking provides a clean and precise marking option for wood and wood products, offering customisation opportunities for woodcrafts, furniture, and artistic designs.
Unleash Your Creativity with Advanced Laser Marking Technology?
Transform your ideas into reality with precision marking from Koenig Machinery. From intricate part identification and serial numbers to detailed logos and custom branding, our CO2 and Fiber laser systems deliver permanent, high-contrast results on metals, plastics, wood, glass, and more.
Designed for speed, accuracy, and versatility, Koenig lasers offer the perfect balance of performance and innovation—ideal for manufacturing, product customisation, and creative design.
Advantages Over Traditional Methods
Discover the unparalleled benefits of laser cutting and why it has become the preferred choice for hobbyists, businesses, and entrepreneurs across various industries.
Unrivalled Precision
Laser Marking delivers unmatched precision, eliminating human error and ensuring consistent, high-quality markings compared to traditional methods.
Speed & Efficiency
Laser Marking offers superior speed and efficiency, making it an ideal choice for businesses seeking rapid production rates without compromising quality.
Non-Contact Marking
Laser Marking is a non-contact process, minimising material damage and preserving the integrity of delicate surfaces, unlike traditional methods that may require physical contact.
Minimal Waste
Laser Marking generates minimal waste, reducing material wastage and enhancing cost-effectiveness compared to traditional marking methods.
Seamless Automation
Laser Marking machines can be seamlessly integrated into automated workflows, streamlining production processes and increasing overall efficiency.
Design Flexibility
With Laser Marking technology, intricate and complex designs can be easily replicated across multiple products without custom tooling, offering businesses design flexibility and rapid prototyping capabilities.
Applications
The precision, versatility, and customisation capabilities of laser marking make it a valuable and versatile tool across various applications.
Automotive Parts
Laser Marking offers durable and tamper-resistant markings on automotive parts, supporting quality control and part tracking in the automotive industry.
Branding
Mark your products with logos, custom designs, or personalised messages, elevating your branding efforts and creating unique products for your customers.
Industrial Traceability
Laser Marking is crucial for traceability in industrial settings, ensuring parts and components can be easily tracked and identified throughout the production process.
Home Decor
Design and produce custom home decor items, such as intricate wall art, decorative panels, lampshades, and personalised ornaments.
Find the Perfect Laser Marking Machine
Choosing the right laser marking system is key to achieving precision, efficiency, and the results you need. At Koenig Machinery, we specialise in high-performance CO₂ and Fiber laser marking machines—each designed to deliver outstanding accuracy, speed, and reliability across a wide range of materials and applications.
