CAB Compact Laser Marking System for Metal and Plastic Plates
The Compact Laser Marking System for Metal and Plastic Plates is a fully integrated, Class-1 fibre laser solution designed for permanent identification and traceability marking....
CAB Compact Laser Marking System for Metal and Plastic Plates
High Precision and Industrial Reliability with Compact Laser Marking System for Metal and Plastic Plates
The Compact Laser Marking System for Metal and Plastic Plates is a fully integrated, Class-1 fibre laser solution designed for permanent identification and traceability marking. Engineered for industrial use, it delivers high-contrast, durable marks on metal and plastic plates commonly used across manufacturing sectors, ensuring long-term readability and resistance to wear, chemicals, and environmental exposure.
Its compact, desktop-style design integrates the laser source, control electronics, and safety enclosure into a single, space-efficient unit. This makes the system ideal for workshops, production floors, maintenance departments, and OEM facilities where space, safety, and ease of operation are critical. The non-contact laser process eliminates consumables, reduces operating costs, and ensures consistent marking quality across serial plates, rating plates, and identification tags.
Designed for reliability and everyday industrial use, the system supports efficient workflows and repeatable results with minimal maintenance. United Spectrum Instruments supplies and supports compact laser marking solutions in India, offering application expertise, system integration guidance, and dependable after-sales service to help manufacturers achieve reliable traceability and long-term operational efficiency.
Understanding CAB Compact Laser Marking System for Metal and Plastic Plates
Plate-Optimised Design — What Distinguishes This System
This compact laser marking system is engineered specifically for flat metal and plastic plate marking applications. Using pulsed fibre laser technology, it produces permanent, abrasion-resistant marks with excellent clarity. The enclosed design ensures Class 1 laser safety, allowing operation without additional safety infrastructure. Optimised plate positioning and repeatable accuracy make it suitable for batch and serial production. Advanced pulse control options allow users to fine-tune marking depth and contrast based on material type, ensuring consistent results across stainless steel, aluminium, coated metals, and industrial plastics.
The key distinction between this system and the CAB XENO 1 general-purpose desktop laser marker is the plate-specific optimisation: while the XENO 1 accommodates a wide range of workpiece types and heights with its 210 mm motor-driven Z-axis, this compact plate marking system is designed and configured specifically for the flat plate and tag format — with a defined plate size range of 40 × 20 mm to 120 × 100 mm, plate thickness of 0.5–1.0 mm, and a ~50 mm plate stack capacity. The plate-specific positioning infrastructure provides ±0.2 mm position accuracy for consistent, repeatable plate registration across large batch runs — a workflow optimisation that makes the system particularly efficient for high-volume, repetitive plate marking where the same plate format is processed in large quantities.
Core System Components
- Ytterbium Pulsed Fibre Laser (20W or 30W, 1064 nm, M² < 1.8): delivers stable, high-quality marking energy on metals and engineering plastics
- Galvanometer Scanner with 112 × 112 mm F-Theta Lens: fixed marking field matched to the supported plate size range, optimised for repeatable plate marking without field adjustment
- Plate-Specific Positioning System (±0.2 mm accuracy): precise, repeatable plate registration for consistent mark position across batch runs of the same plate format
- Air-Cooled Laser Source: eliminates water cooling infrastructure for simplified, any-location installation
- Class 1 Safety Enclosure (EN 60825-1): fully enclosed marking chamber for safe operation without operator PPE or safety zone infrastructure
- Industrial Laser Marking Software: text, logos, serial numbers, barcodes, DataMatrix codes, and ERP/database integration
- Ethernet/TCP-IP + Digital I/O Interfaces: production system integration for variable data and start/stop synchronisation
Technical Specifications
| Parameter | Specification |
|---|---|
| Laser Type | Pulsed Fiber Laser (Ytterbium) |
| Output Power | 20 W / 30 W |
| Wavelength | 1064 nm |
| Beam Quality | M² < 1.8 |
| Pulse Frequency | Standard: ~20–60 kHz Extended: up to ~500 kHz |
| Marking Field | 112 × 112 mm |
| Plate Size Range | 40 × 20 mm to 120 × 100 mm |
| Plate Thickness | 0.5 – 1.0 mm |
| Plate Stack Height | Up to ~50 mm |
| Position Accuracy | ± 0.2 mm |
| Safety Class | Class 1 (EN 60825-1) |
| Interfaces | Ethernet (TCP/IP), Digital I/O |
| Cooling | Air-cooled |
| Software | Industrial laser marking software |
| Dimensions (W × D × H) | 580 × 660 × 700 mm |
| Weight | ~65 kg |
Key Features and Advantages
Compact All-in-One Industrial Design
The system integrates the laser source, scanning unit, control electronics, and safety enclosure into a single compact housing at 580 × 660 × 700 mm and approximately 65 kg, making it ideal for factories and workshops with limited floor space. No external laser source cabinet, no separate control unit, no coolant infrastructure — power and network connection only.
High-Precision Fibre Laser Marking on Plates
Advanced ytterbium fibre laser technology with M² < 1.8 beam quality ensures sharp, high-contrast, and permanent marking on metal and plastic plates. The marks remain legible under heat, abrasion, chemicals, and outdoor exposure — a critical durability requirement for electrical panel rating plates, automotive component tags, and industrial machinery identification plates that must remain readable throughout the equipment’s operational life.
Optimised for Plate-Based Applications
Designed specifically for flat plates, the system ensures ±0.2 mm position accuracy and repeatable plate registration, making it ideal for serial production of name plates, rating plates, and compliance labels. The defined plate size range of 40 × 20 mm to 120 × 100 mm and plate thickness of 0.5–1.0 mm cover the standard formats used across the primary application industries, and the ~50 mm plate stack height capacity enables batch loading of thin metal or plastic plates for efficient sequential marking.
Flexible Pulse Control for Material Adaptation
Extended pulse frequency control (up to approximately 500 kHz) allows optimisation for different materials and surface finishes, enabling clean marking on stainless steel, aluminium, anodised surfaces, and engineered plastics. The standard 20–60 kHz range serves most plate marking applications; the extended range provides finer thermal input control for heat-sensitive plastics and for achieving specific mark contrast characteristics on particular metal surfaces and finishes.
Class 1 Laser Safety for Shop-Floor Use
The fully enclosed marking chamber complies with Class 1 laser safety standards per EN 60825-1, allowing safe operation without protective eyewear or dedicated laser safety zones. This simplifies deployment in factory floors, maintenance areas, and production cells where designating a laser safety zone or requiring operator PPE would be operationally inconvenient or impractical.
Low Operating Cost and Minimal Maintenance
The fibre laser eliminates consumables such as inks or chemicals. Air-cooled operation ensures long service life, reduced maintenance requirements, and low total cost of ownership — no coolant change schedule, no water quality management, and no chiller maintenance in addition to the standard fibre laser’s low maintenance profile of periodic optical cleaning and calibration.
Industrial Software and Ethernet Connectivity
The system supports marking of text, logos, serial numbers, barcodes, and DataMatrix codes. Ethernet connectivity enables data transfer, traceability, and integration into digital manufacturing environments — variable data for each plate (unique serial numbers, customer-specific content) can be received from a connected ERP or production database, enabling automated serialised plate marking without manual data entry between plates.
Applications Across Industries
Electrical and Control Panel Manufacturing
Used for marking switchgear name plates, MCB/MCC labels, panel rating plates, and compliance tags with permanent and clear identification. The plate size range (40 × 20 mm to 120 × 100 mm) covers the standard electrical identification plate and terminal marker formats used in Indian switchgear, MCC, and distribution panel manufacturing — directly relevant to India’s large electrical panel manufacturing industry in Pune, Bengaluru, and Hyderabad.
Automotive and Auto-Component Industry
Ideal for VIN plates, engine and gearbox tags, traceability plates, and regulatory markings that must withstand heat, oil, and vibration. The system’s plate-specific design and batch production capability suit Indian automotive Tier 1 and Tier 2 suppliers that produce large volumes of standardised metal identification tags for component traceability under IATF 16949 requirements.
Industrial Machinery and Equipment
Widely used for equipment ID plates, asset tags, safety labels, and specification plates that remain legible throughout the machine lifecycle. The air-cooled operation and compact footprint make the system deployable in machine assembly areas and maintenance departments where coolant infrastructure is unavailable and floor space is limited.
Instrumentation and Electronics
Suitable for enclosure plates, calibration labels, serial number plates, and identification tags used in industrial electronics and measurement systems. The M² < 1.8 beam quality enables the fine mark resolution required for small serial number plates, calibration certificates, and identification tags on compact instrumentation housings.
Oil, Gas, and Heavy Engineering
Produces corrosion-resistant metal plates and tags for harsh environments such as refineries, power plants, and heavy machinery installations. Stainless steel and aluminium plates laser-marked with the system’s permanent fibre laser process produce identification tags that resist the corrosive, high-temperature, and high-humidity environments of Indian oil refinery, petrochemical, and power generation facility installations.
OEMs and Contract Manufacturers
Enables repeatable, high-quality batch production of metal and plastic plates with consistent marking quality and minimal operator dependency. For Indian OEMs and contract plate marking service providers producing diverse customer orders with standardised plate formats, the compact system’s Ethernet-connected ERP integration enables efficient job-to-job content switching without manual re-entry of customer-specific plate content.
Why Choose United Spectrum Instruments?
FAQs
What materials can this system mark?
It is designed for permanent marking on metal and plastic plates — specifically stainless steel, aluminium, anodised aluminium, coated metals, and engineering plastics including ABS, polycarbonate, and nylon, in the plate formats (40 × 20 mm to 120 × 100 mm, 0.5–1.0 mm thick) supported by the system’s plate positioning infrastructure.
Is the system safe for factory use?
Yes. It is a fully enclosed Class 1 laser marking system per EN 60825-1, the highest laser safety classification. Operation does not require protective eyewear, safety zone demarcation, or additional safety infrastructure — the enclosure contains the laser beam and the system is inherently safe when the door is closed, making it deployable on factory floors, in maintenance areas, and in office-adjacent production environments.
Does it require consumables?
No. Fibre laser marking requires no inks, chemicals, ribbons, or wear parts. The main scheduled maintenance activities are periodic optical cleaning and calibration — no consumable replenishment required. The air-cooled design also eliminates coolant consumable management.
Can it handle batch production?
Yes. It is specifically optimised for serial and batch plate marking. The plate-specific positioning system with ±0.2 mm accuracy enables consistent, repeatable plate registration across large batch runs of the same plate format. Ethernet connectivity enables variable data (serial numbers, customer-specific content) to be received from an ERP or production database for each plate in the batch without operator data entry between plates.
Can it integrate with digital production systems?
Yes. Ethernet (TCP/IP) connectivity enables variable data transfer, traceability logging, and integration into digital manufacturing environments. Digital I/O provides start/stop synchronisation with external production systems, conveyor triggers, and PLC-controlled automation. United Spectrum Instruments designs and commissions the ERP/MES integration for each customer’s specific production system connectivity requirements.
What is the supported plate size range, and what happens if my plates are outside this range?
The system supports plate sizes from 40 × 20 mm to 120 × 100 mm and plate thickness of 0.5 to 1.0 mm. These dimensions define the plate formats for which the plate-specific positioning infrastructure is designed and calibrated. Plates smaller than 40 × 20 mm may not be reliably held and positioned by the plate handling system; plates larger than 120 × 100 mm exceed the 112 × 112 mm marking field and cannot be fully marked in a single pass without repositioning. For plate formats outside this range — larger plates, thicker plates, or irregular non-plate workpieces — the CAB XENO 1 general-purpose desktop laser marker with its 210 mm motor-driven Z-axis and selectable 180 × 180 mm marking field is the more appropriate system. United Spectrum Instruments evaluates each customer’s specific plate format during pre-sales consultation to recommend the appropriate system.
How does this compact plate marking system differ from the CAB XENO 1 Tabletop Laser Marking System?
Both systems use the same CAB ytterbium pulsed fibre laser source (20W or 30W, 1064 nm, M² < 1.8) in the same 580 × 660 × 700 mm enclosure. The key differences are: the compact plate marking system has a fixed 112 × 112 mm marking field only, while the XENO 1 offers selectable 112 × 112 mm or 180 × 180 mm fields; the compact plate system has plate-specific positioning hardware with ±0.2 mm position accuracy and a defined plate size range, while the XENO 1 has a 210 mm motor-driven Z-axis for general workpiece height adjustment; and the compact plate system is air-cooled, while the XENO 1’s cooling configuration varies with model. In summary, the compact plate marking system is a workflow-optimised solution for high-volume, repetitive production of standard-format plates within its supported size range, while the XENO 1 is a more flexible general-purpose system suited to a wider range of component types and sizes. United Spectrum Instruments advises on the appropriate system based on each customer’s plate format and production workflow requirements.
What mark content types does the industrial marking software support?
The industrial laser marking software supports text in TrueType fonts, company logos and graphics imported from standard vector and bitmap file formats, sequential serial numbers with configurable prefix/suffix and counter format, barcodes (Code 128, Code 39, EAN, and other standard formats), DataMatrix codes for 2D industrial traceability applications, and QR codes. Variable data fields can be populated from a connected ERP or production database via Ethernet, or from a local CSV/spreadsheet file for batch marking workflows where individual plate content varies across the batch.
How can Indian electrical panel manufacturers, automotive suppliers, and industrial OEMs procure a CAB compact laser marking system through United Spectrum Instruments?
Contact United Spectrum Instruments to begin the process: reach our team at sales@unitedspectrum.in or info@unitedspectrum.in, or call +91 93631 83748 / +91 97899 04948. Share your requirements — plate material, plate size range, plate thickness, production volume, mark content (serial numbers, rating data, barcodes), ERP integration needs, and any special marking effect requirements — and our team will verify plate format compatibility, conduct sample marking trials on your plate materials, recommend the appropriate laser power and pulse frequency configuration, and prepare a formal techno-commercial proposal with GST-compliant documentation. Installation, software training, and after-sales service are provided pan-India from our Chennai headquarters at 5/45 Karunaa Conclave, Anna Nagar, Chennai – 600040.
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FAQs
What materials can this system mark?
It is designed for permanent marking on metal and plastic plates — specifically stainless steel, aluminium, anodised aluminium, coated metals, and engineering plastics including ABS, polycarbonate, and nylon, in the plate formats (40 × 20 mm to 120 × 100 mm, 0.5–1.0 mm thick) supported by the system’s plate positioning infrastructure.
Is the system safe for factory use?
Yes. It is a fully enclosed Class 1 laser marking system per EN 60825-1, the highest laser safety classification. Operation does not require protective eyewear, safety zone demarcation, or additional safety infrastructure — the enclosure contains the laser beam and the system is inherently safe when the door is closed, making it deployable on factory floors, in maintenance areas, and in office-adjacent production environments.
Does it require consumables?
No. Fibre laser marking requires no inks, chemicals, ribbons, or wear parts. The main scheduled maintenance activities are periodic optical cleaning and calibration — no consumable replenishment required. The air-cooled design also eliminates coolant consumable management.
Can it handle batch production?
Yes. It is specifically optimised for serial and batch plate marking. The plate-specific positioning system with ±0.2 mm accuracy enables consistent, repeatable plate registration across large batch runs of the same plate format. Ethernet connectivity enables variable data (serial numbers, customer-specific content) to be received from an ERP or production database for each plate in the batch without operator data entry between plates.
Can it integrate with digital production systems?
Yes. Ethernet (TCP/IP) connectivity enables variable data transfer, traceability logging, and integration into digital manufacturing environments. Digital I/O provides start/stop synchronisation with external production systems, conveyor triggers, and PLC-controlled automation. United Spectrum Instruments designs and commissions the ERP/MES integration for each customer’s specific production system connectivity requirements.
What is the supported plate size range, and what happens if my plates are outside this range?
The system supports plate sizes from 40 × 20 mm to 120 × 100 mm and plate thickness of 0.5 to 1.0 mm. These dimensions define the plate formats for which the plate-specific positioning infrastructure is designed and calibrated. Plates smaller than 40 × 20 mm may not be reliably held and positioned by the plate handling system; plates larger than 120 × 100 mm exceed the 112 × 112 mm marking field and cannot be fully marked in a single pass without repositioning. For plate formats outside this range — larger plates, thicker plates, or irregular non-plate workpieces — the CAB XENO 1 general-purpose desktop laser marker with its 210 mm motor-driven Z-axis and selectable 180 × 180 mm marking field is the more appropriate system. United Spectrum Instruments evaluates each customer’s specific plate format during pre-sales consultation to recommend the appropriate system.
How does this compact plate marking system differ from the CAB XENO 1 Tabletop Laser Marking System?
Both systems use the same CAB ytterbium pulsed fibre laser source (20W or 30W, 1064 nm, M² < 1.8) in the same 580 × 660 × 700 mm enclosure. The key differences are: the compact plate marking system has a fixed 112 × 112 mm marking field only, while the XENO 1 offers selectable 112 × 112 mm or 180 × 180 mm fields; the compact plate system has plate-specific positioning hardware with ±0.2 mm position accuracy and a defined plate size range, while the XENO 1 has a 210 mm motor-driven Z-axis for general workpiece height adjustment; and the compact plate system is air-cooled, while the XENO 1’s cooling configuration varies with model. In summary, the compact plate marking system is a workflow-optimised solution for high-volume, repetitive production of standard-format plates within its supported size range, while the XENO 1 is a more flexible general-purpose system suited to a wider range of component types and sizes. United Spectrum Instruments advises on the appropriate system based on each customer’s plate format and production workflow requirements.
What mark content types does the industrial marking software support?
The industrial laser marking software supports text in TrueType fonts, company logos and graphics imported from standard vector and bitmap file formats, sequential serial numbers with configurable prefix/suffix and counter format, barcodes (Code 128, Code 39, EAN, and other standard formats), DataMatrix codes for 2D industrial traceability applications, and QR codes. Variable data fields can be populated from a connected ERP or production database via Ethernet, or from a local CSV/spreadsheet file for batch marking workflows where individual plate content varies across the batch.
How can Indian electrical panel manufacturers, automotive suppliers, and industrial OEMs procure a CAB compact laser marking system through United Spectrum Instruments?
Contact United Spectrum Instruments to begin the process: reach our team at sales@unitedspectrum.in or info@unitedspectrum.in, or call +91 93631 83748 / +91 97899 04948. Share your requirements — plate material, plate size range, plate thickness, production volume, mark content (serial numbers, rating data, barcodes), ERP integration needs, and any special marking effect requirements — and our team will verify plate format compatibility, conduct sample marking trials on your plate materials, recommend the appropriate laser power and pulse frequency configuration, and prepare a formal techno-commercial proposal with GST-compliant documentation. Installation, software training, and after-sales service are provided pan-India from our Chennai headquarters at 5/45 Karunaa Conclave, Anna Nagar, Chennai – 600040.
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