LANTU PACKAGING MACHINERY
Industrial Laser Coding Machines
Start with your product dimensions, sealing requirements, and production goals. Discuss an industrial laser coding configuration for your packing speed and workflow with Lantu.</p >
- Define material substrates (plastic, glass, metal, carton), coding content (QR codes, batch numbers, dates), and line speed demands.
- Match CO2, Fiber, or UV laser coders with optical sensors and rotary encoders to your specific target substrates.
- Review vision alignment systems, duplicate/missing code detection, fume extraction filters, and seamless integration with packaging conveyors.
Tell us what you pack. We’ll help you discuss a suitable equipment configuration.
EQUIPMENT OVERVIEW
Product details & configuration
Say Goodbye to Costly Consumables, Frequent Nozzle Clog, Erasable Codes, and Environmental Pollution: Experience Permanently Clear, Zero-Maintenance Industrial Marking
The Industrial Laser Marking Machine (Fly Laser Coder) (integrating high-energy laser generator $\rightarrow$ high-precision high-speed galvanometer scanning system $\rightarrow$ intelligent marking control software $\rightarrow$ photoelectric sensing and encoder synchronization tracking $\rightarrow$ ultra-fast surface ablation/reaction $\rightarrow$ high-definition permanent marking output) is an industrial-grade high-precision automation coding solution engineered to solve factory pain points such as high ink/solvent costs in CIJ coders, frequent downtime due to clogged nozzles, easily wiped/rubbed-off codes, and poor coding clarity in high-temperature or oily environments.
LANTU Machinery introduces an integrated industrial-grade flying / on-line laser marking solution. Equipped with industrial Fiber, Carbon Dioxide (CO₂), or Ultraviolet (UV) lasers, paired with high-response digital galvanometers and conveyor dynamic tracking systems, it enables millisecond-level precision coding on high-speed production lines. It prints production dates, expiration dates, QR codes, barcodes, vector LOGOs, and serial numbers on moving products. Whether marking on metal, rigid plastics, PET bottles, paper cartons, glass, rubber, or flexible pharmaceutical packaging, it delivers high-definition, tamper-proof, and rub-resistant automated coding.
As a source packaging and coding equipment manufacturer, LANTU Machinery has engineered this system—combining photoelectric detection, encoder speed measurement, vector path calculation, and laser power control—to be as intuitive as a standard printer. Operators only need to import graphics or text with one touch via the industrial touchscreen or PC software. As products pass the laser head on the conveyor, the machine automatically executes high-precision flying coding. With broad compatibility (line speeds up to 120–250 m/min), it completely eliminates traditional inks and solvents, achieving zero consumables, zero pollution, and ultra-low failure rates.
Choosing a reputable source manufacturer is crucial for your production line’s continuous stability. LANTU Machinery’s mature Fiber / CO₂ / UV laser configurations and dust-proof industrial cooling designs ensure your entire packaging line operates with high efficiency and long-term reliability.
Core Components and Three System Safeguards (LANTU Precision Parts)
Our industrial laser marking machines are fully equipped with industry-leading core components, ensuring high-contrast marking, zero defects, and an ultra-long lifespan (laser source operational life ranging from 20,000 to 100,000 hours).
1. Core Laser Generator & Optical Marking System
Three Industrial Laser Sources (Selectable):
CO₂ Laser Coder: Ideal for non-metallic materials (e.g., paper cartons, wood, PET bottles, glass, leather, films).
Fiber Laser Coder: Ideal for metals and certain hard plastics (e.g., stainless steel, aluminum alloy, iron parts, engineering plastics, PVC pipes), delivering ultra-high contrast.
UV Laser Coder (Cold Laser): Designed for heat-sensitive or micro-precision materials (e.g., thin films, high-density plastics, pharma glass vials, cosmetic tubes), delivering “cold processing” without thermal damage or burrs.
High-Speed Digital Scanning Galvanometer: Utilizes high-specification digital galvanometers for high beam quality, ultra-fast marking speeds, and positioning accuracy up to ±0.001mm, ensuring clean text without ghosting even at high line speeds.
High-Transmittance Field Lens & Dust-Proof Optics: Premium coated optical field lenses ensure uniform marking without edge distortion, complemented by fully enclosed optical paths to handle dusty and humid industrial environments.
2. Dynamic Flying Tracking & Photoelectric Sensing System
High-Resolution Rotary Encoder: Captures real-time conveyor belt speeds, ensuring that laser markings do not stretch, compress, or deform even if conveyor speeds fluctuate.
High-Sensitivity Photoelectric Sensor: Detects incoming products with millisecond response times to trigger laser pulses, ensuring consistent code placement (tolerance < 0.5mm).
Multi-Axis Adjustable Heavy-Duty Stand: Industrial-grade omnidirectional stands with precision handwheels support X/Y/Z axis and angle micro-adjustments for alignment with conveyers, packaging equipment, or labeling machines.
3. Central Intelligent Control and Software Operating System
Industrial-Grade Marking Software: Features 7-inch / 10-inch industrial touchscreen panels supporting multilingual interfaces, vector graphics (DXF/PLT), dot-matrix fonts, and common barcodes/QR codes (QR Code, DataMatrix).
Dynamic Variable Coding & Anti-Counterfeiting: Automatically generates real-time timestamps, shift codes, sequential serial numbers, and randomized security codes, interfacing with factory MES / ERP systems for live data extraction and traceability.
Safety Protection & Long-Life Cooling: Equipped with laser safety shields, dual red-light focus/preview positioning, and internal industrial air/water cooling systems to support 24/7 continuous high-intensity operations.
Technical Specifications
| Technical Parameter | Option 1: CO₂ Flying Laser Coder (LT-LC) | Option 2: Fiber Flying Laser Marker (LT-LF) | Option 3: UV Cold Laser Coder (LT-LU) |
| Target Materials | Cartons, PET bottles, wood, glass, films, leather | Metals (SS/Aluminum/Iron), Hard Plastics (ABS/PVC) | Flexible Film, Pharma HDPE, Glass, Cosmetic Tubes |
| Laser Wavelength | $10.6\,\mu\text{m}$ / $10.2\,\mu\text{m}$ / $9.3\,\mu\text{m}$ (CO₂ gas tube) | $1064\text{ nm}$ (Pulsed Fiber Laser) | $355\text{ nm}$ (UV Tripled Cold Light Laser) |
| Rated Power Options | 30W / 50W / 60W (Selected by line speed) | 20W / 30W / 50W (Selected by depth/contrast) | 3W / 5W / 10W (Selected by heat sensitivity) |
| Line Speed (Flying) | Up to $120 – 220\text{ m/min}$ (Depends on content) | Up to $120 – 250\text{ m/min}$ (Depends on content) | Up to $80 – 180\text{ m/min}$ (High contrast cold mark) |
| Marking Area | $110 \times 110\text{ mm}$ (Optional $70\times 70 \sim 300\times 300\text{ mm}$) | $110 \times 110\text{ mm}$ (Optional $70\times 70 \sim 300\times 300\text{ mm}$) | $110 \times 110\text{ mm}$ (Optional $70\times 70 \sim 200\times 200\text{ mm}$) |
| Repeat Accuracy | $\pm 0.001\text{ mm}$ | $\pm 0.001\text{ mm}$ | $\pm 0.0005\text{ mm}$ |
| Min. Character/Line | Char: $0.4\text{ mm}$ / Line Width: $0.02\text{ mm}$ | Char: $0.2\text{ mm}$ / Line Width: $0.01\text{ mm}$ | Char: $0.15\text{ mm}$ / Line Width: $0.008\text{ mm}$ |
| Cooling & Lifespan | Air Cooling (Lifespan $\ge 20,000\,\text{h}$) | Air Cooling (Lifespan $\ge 100,000\,\text{h}$) | Closed-Loop Water Chiller (Lifespan $\ge 20,000\,\text{h}$) |
| Power Supply | AC 220V / 50Hz / $0.8 – 1.2\text{ kW}$ | AC 220V / 50Hz / $0.5 – 0.8\text{ kW}$ | AC 220V / 50Hz / $1.2 – 1.8\text{ kW}$ (With Chiller) |
Note: Actual line speed and marking contrast depend on material surface absorption, character density, and matrix type. Free sample marking and custom optical mounting brackets are available upon request.
Workflow Breakdown
[Products move at high speed along the conveyor belt]
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[Rotary encoder measures real-time conveyor belt speed]
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[Photoelectric sensor detects incoming product]
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[Control system calculates laser vector paths synchronized with line speed]
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[High-frequency laser beam deflects via galvo mirror to mark product instantly]
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[Permanent high-definition marking completed, product moves forward]
Laser Selection & Application Guide
To assist in model selection, LANTU Machinery industrial laser coders offer tailored laser sources for various materials:
| Laser Type | Wavelength | Typical Applicable Materials | Common Industries |
| CO₂ Laser Coder | 10.6μm / 10.2μm / 9.3μm | Cartons, paperboard, PET bottles, glass, wood, rubber, films | Food & beverage, daily chemicals, wines, pipes/cables |
| Fiber Laser Coder | 1064nm (Thermal) | Aluminum cans, stainless steel, iron parts, hard plastics (ABS/PVC/PC) | Automotive parts, hardware, electronics, construction |
| UV Laser Coder | 355nm (Cold Processing) | Plastic film pouches, pharma packaging, HDPE bottles, cosmetics | Pharmaceuticals, luxury cosmetics, 3C electronics, precision plastics |
3 Reasons to Choose LANTU Machinery Laser Marking Equipment
When investing in automated coding equipment, marking contrast, zero-consumable cost savings, and operational reliability are key metrics. LANTU Machinery is committed to delivering machines that are affordable, easy to operate, and maintenance-free.
Eliminate Ink Consumables and Clogged Nozzles: Laser coding consumes minimal electrical power and requires no ink, solvent, ribbon, or wash solutions, saving on nozzle cleaning downtime and reducing coding operational costs by over 80%.
Permanent, Tamper-Proof & Scratch-Resistant: Lasers chemically or physically alter material surfaces, producing codes that are acid-resistant, heat-resistant, and tamper-proof, preventing unauthorized removal of batch codes.
Comprehensive Pre-Shipment Live Testing: Every machine undergoes high-speed flying tests on customer-specific sample materials before leaving the factory to ensure seamless integration on-site.
What Factors Should You Consider When Purchasing?
Material & Color Contrast Effect: Is your product glass, PET, metal, or paperboard? Do you require surface ablation, color change, or micro-engraving? (Free sample testing available).
Line Speed & Content Complexity: What is your conveyor belt speed (m/sec)? Are you printing a simple date line or complex 2D traceability codes / vector logos? (Determines required wattage like 20W/30W/50W/60W and galvanometer speeds).
Mounting Space & Stand Configuration: Will the laser be mounted over a conveyor belt or integrated inside a vertical form-fill-seal (VFFS) machine, flow wrapper, or labeling unit?
Fume Extraction Requirements: Does your material (e.g., plastics or paperboard) produce light dust or fumes during laser marking that require an industrial fume extraction unit?
Frequently Asked Questions (FAQ)
Q1: Does a laser marking machine truly require zero consumables?
Answer: Yes. Laser coders interact with material surfaces using focused light energy and require no inks, solvents, ribbons, or thinners. The only operational input is electrical power, eliminating recurring consumable expenses and ink contamination risks.
Q2: Will the code stretch, distort, or misalign on high-speed moving conveyors?
Answer: No. LANTU Machinery laser coders feature high-precision rotary encoders and high-frequency digital galvanometers. The encoder feeds real-time line speed data back to the controller, adjusting laser pulse frequency dynamically so that printed text and QR codes remain undistorted regardless of conveyor speed fluctuations.
Q3: Will the laser burn through or puncture thin plastic bags or PET bottles?
Answer: No, when properly configured. For delicate thin films or heat-sensitive substrates, we recommend UV cold-light lasers or specialized wavelength CO₂ lasers. Furthermore, the software allows precise tuning of laser power, pulse frequency, and marking speeds to achieve surface color change or ablation without damaging the underlying substrate.
Contact the source manufacturer today to get free material sample marking and your custom industrial laser coding solution!
LANTU Machinery — Dedicated to Packaging and Coding Equipment Manufacturing with Factory-Direct Quality Assurance.
Let’s discuss your packaging requirements.
Share your product, packaging format and production goals. Contact Lantu to discuss a suitable equipment configuration.