Industrial Laser System – Laser Marking Machine
Name Plate Metal Laser Marking Machine
High-Precision Name Plate Laser Marking Machine for Industrial Labels, Serial Plates, Barcodes and Traceability
Introduction to Name Plate Metal Laser Marking Machine
A Name Plate Laser Marking Machine is a specialised industrial system used to create durable, high-contrast and permanent markings on metal and plastic name plates. Designed for modern manufacturing requirements, this machine delivers exceptional precision while supporting high-volume production. Whether marking serial plates, rating plates, asset tags, machine labels or branding plates, the laser ensures crisp readability, long-term durability and tamper-proof identification. Unlike traditional engraving, laser marking requires no consumables, reduces operation time and guarantees consistent quality across every plate. The technology supports custom logos, text, QR codes, DataMatrix codes and sequential serial numbers with ease. Its robust mechanical structure, advanced software control and automation-ready features make it a preferred choice for OEMs, instrumentation manufacturers, electrical panel builders and industrial equipment suppliers. This system simplifies your marking process, reduces manual workload and enhances traceability, reliability and production efficiency.
Understanding Name Plate Metal Laser Marking Machine
A Name Plate Laser Marking Machine operates using a focused beam of laser light to mark or engrave details onto metal or polymer plates. The laser interacts with the surface by annealing, etching or engraving—depending on the material and laser source—creating a deep, readable and permanent marking. The machine typically utilises a fibre laser for metals such as stainless steel, aluminium, brass and anodised aluminium, while UV or green lasers are used for plastics and coated surfaces. Advanced industrial software supports serialisation, barcode and QR generation, database connectivity and batch-processing automation. The marking head moves precisely over the name plate using galvanometric scanning technology, ensuring consistent outputs even in large batches. These machines can be configured manually, semi-automatically or fully automatically with magazine or conveyor feeding. The end result is a fast, reliable and maintenance-friendly solution for name plate production lines across multiple industries.
Technical Specifications
| Parameter | Specification |
|---|---|
| Height | 2000 mm |
| Width | 1000 mm |
| Depth | 1100 mm |
| Laser Source | Fiber Laser / MOPA Laser |
| Work Plane Size | 400 × 350 mm |
| Door Type | Manual |
| Axis Strokes | 600 × 200 mm |
| Available Focal Lengths | FFL254 |
| Maximum Marking Area | Ø 220 mm (FFL254) |
| Maximum Load on Table | — |
Key Features and Advantages
High-Precision Fibre Laser Marking Technology
A modern Name Plate Laser Marking Machine offers a comprehensive blend of advanced laser technology, precision motion control, and user-friendly software design. One of its most important features is the high-quality fibre laser source, which provides sharp, high-contrast marks on stainless steel, anodised aluminium, coated plates, and a variety of industrial metals. The galvanometric scanning head delivers lightning-fast movement, ensuring short marking cycles and high productivity even for complex QR codes or DataMatrix markings.
Industrial Safety, Build Quality, and Automation Options
The system’s industrial-grade enclosure protects the laser components and ensures Class-1 operator safety. Optional features such as a motorised Z-axis, automatic focusing, and barcode readers improve accuracy and significantly reduce manual intervention. For high-volume workflows, the machine can be equipped with automatic plate loaders, pick-and-place systems, or conveyor-based feeders, enabling continuous marking without constant operator supervision.
Advanced Laser Marking Software and Workflow Integration
The integrated marking software provides unmatched flexibility. Operators can import logos, generate serial numbers, automate production sequences, retrieve data from spreadsheets or ERP systems, and define multiple name plate templates. Live preview and intuitive parameter settings simplify fine-tuning, allowing even semi-skilled operators to produce highly professional results. The laser delivers maintenance-free performance with no inks, chemicals, or consumables, significantly reducing total cost of ownership.
Mechanical Stability, Flexibility, and Long-Term Reliability
Mechanical stability ensures vibration-free marking, while precise positioning features allow accurate marking across a wide range of plate sizes and shapes—from tiny asset tags to large stainless-steel rating plates. The machine’s modular architecture enables easy customisation for different industrial requirements, making it a reliable and scalable solution for long-term name plate production.
Applications Across Industries
Electrical & Control Panel Manufacturers:
Name Plate Laser Marking Machines are extensively used for producing serial number plates, switchgear labels, and MCB, MCC, and ACB name plates for electrical panels. They are also ideal for marking panel rating plates, compliance labels, terminal identification plates, schematic reference plates, and barcode or QR-coded asset tracking plates. The permanent, high-contrast laser marking ensures long-term legibility even in high-temperature and industrial electrical environments.
Automotive & Component Suppliers:
In the automotive and auto-component industry, laser marking systems are widely deployed for VIN plates, chassis identification plates, engine and motor specification plates, gearbox and transmission tags, and OEM rating plates. They are increasingly used for EV battery pack identification, traceability tags with QR or DataMatrix codes, and heat-, oil-, and vibration-resistant metal plates that comply with stringent automotive quality standards.
Industrial Machinery Manufacturers:
Industrial equipment manufacturers rely on laser marking machines for equipment identification plates, asset tags, safety instruction labels, load capacity plates, and performance specification plates. These systems are also used to mark maintenance instructions, service details, CE and ISO compliance plates, and custom-shaped metal tags, ensuring clear identification and traceability throughout the machine’s operational life.
Instrumentation & Electronics:
For instrumentation and electronics applications, laser marking is used to produce enclosure name plates, PCB identification tags, calibration plates with dates and technician details, and control module labels. Laser-marked QR codes enable seamless digital record tracking, while permanent markings withstand high temperatures, chemicals, and long-term operational stress common in electronic and measurement systems.
Architectural & Signage:
In architectural and signage applications, laser marking machines are used to create stainless steel branding plates, decorative plaques, wayfinding signage, building directories, and elevator information plates. The technology allows fine detailing of logos, fonts, and graphics while delivering weather-resistant, aesthetically pleasing results suitable for indoor and outdoor installations.
Oil & Gas / Heavy Machinery:
For oil & gas, power, and heavy machinery sectors, laser-marked metal tags are used for pipeline identification, equipment rating plates, safety and compliance labels, and explosion-proof equipment markings. Corrosion-resistant, chemical-resistant, and high-temperature metal plates ensure reliable identification in harsh environments such as refineries, offshore platforms, and heavy industrial plants.
Why Choose United Spectrum Instruments?
United Spectrum Instruments provides world-class laser marking systems with complete application support, installation and long-term service across India. As a specialised photonics and industrial laser solutions provider, USI helps manufacturers optimise their name plate production lines through proper machine selection, sample marking trials, operator training and automation consultancy. We deliver high-quality European laser systems backed by local technical expertise, rapid response service and cost-efficient deployment. Whether you need a basic desktop system or a fully automated high-volume name plate marking line, USI ensures precision, reliability and performance in every project.
FAQs
What materials can be marked using the Name Plate Laser Marking Machine?
Stainless steel, aluminium, anodised aluminium, brass, copper and certain engineering plastics.
Can the machine mark barcodes and QR/DataMatrix codes?
Yes, the system supports permanent and high-readability 2D codes for industrial traceability.
Does laser marking require consumables?
No. Laser marking is a non-contact, consumable-free process, reducing operational cost.
Can this machine handle bulk or batch name plate production?
Yes. It supports batch processing, automation options and high-speed marking for large volumes.
What is the maintenance requirement for the machine?
Very low. Fibre lasers are typically maintenance-free, requiring only periodic cleaning and calibration.
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FAQs
What materials can be marked using the Name Plate Laser Marking Machine?
Stainless steel, aluminium, anodised aluminium, brass, copper and certain engineering plastics.
Can the machine mark barcodes and QR/DataMatrix codes?
Yes, the system supports permanent and high-readability 2D codes for industrial traceability.
Does laser marking require consumables?
No. Laser marking is a non-contact, consumable-free process, reducing operational cost.
Can this machine handle bulk or batch name plate production?
Yes. It supports batch processing, automation options and high-speed marking for large volumes.
What is the maintenance requirement for the machine?
Very low. Fibre lasers are typically maintenance-free, requiring only periodic cleaning and calibration.


