Say Goodbye to Size Limits, Embrace the New Era of Large-Format Laser Marking

Is your product too large for efficient marking, forcing you to rely on slow and segmented processes?
Are you still struggling with complex repositioning, alignment, and stitching, which lead to low precision and reduced productivity?

As your trusted laser application expert, we understand your challenges. That’s why we bring you a revolutionary solution — the Large-Format Stitching Laser Marking Machine.
It’s not just a piece of equipment — it’s a powerful engine to help you increase efficiency, ensure accuracy, and seize market opportunities.

Break the Limit · Ultra-Large Format with Seamless Stitching

Traditional laser marking is limited by the working range of a single scan head and lens, creating bottlenecks for large workpieces or continuous patterns.

The [Product Name] Large-Format Stitching Laser Marking Machine adopts innovative multi-optical-path stitching and intelligent dynamic control technology, achieving one-pass marking from 300×300mm up to 800×800mm.
No more moving heavy workpieces or manual stitching — production efficiency will increase exponentially.

Key Advantages: Creating Value for You

• High-Precision Seamless Stitching
  Our proprietary control algorithm reduces stitching error to the micron level. Whether it’s text, graphics, or QR codes, transitions are flawless, with no distortion or blurring — perfectly delivering your brand value.

• Ultra-Large Processing Range
  Supports single-station large-format marking and flexible stitching for continuous patterns. Suitable for sheet metal, glass doors and windows, large signage, appliance housings, and more.

• Exceptional Productivity
  Compared with traditional small-format step-by-step marking, overall processing speed is greatly improved, labor intervention is reduced, and production cycles are significantly shortened — accelerating your return on investment.

• Multiple Laser Options
  Compatible with fiber lasers (60W, 100W, 200W), as well as green and UV lasers, meeting diverse material requirements including metal, plastic, glass, wood, and leather.
  With MOPA laser sources, you can achieve advanced applications such as stainless steel color marking and black marking on aluminum — adding more value to your products.

Application Fields

• Automotive & Aerospace: Serial numbers, production dates, QR codes on automotive and aerospace parts

• Home Appliances & Electronics: Logos, model information on large appliance housings; marking on large electronic panels

• Metal Processing: Engraving and marking on large sheet metals, fabricated parts, and stainless steel products

• Architecture & Decoration: Patterns and logos on glass doors, aluminum windows, and decorative materials

• Kitchen & Sanitary Ware: Branding and identification on stainless steel sinks, stoves, and kitchen equipment

• Furniture & Woodworking: Logo and pattern engraving on wooden furniture, doors, and decorative panels

• Advertising & Signage: Logos and designs on large advertising boards, signage plates, and light boxes

Technical Specifications

Stitching Marking vs. On-the-fly Marking: Do You Need “Big” or “Fast”?

Traditional laser marking is limited by the galvo head’s field of view. When a workpiece is too large to mark in one go, or when it’s moving too fast on a production line to stop, traditional methods fall short.

Stitching Marking and On-the-fly Marking were developed to solve these two core pain points, offering distinct solutions for different applications.

Stitching Marking — Focused on “Big”

Imagine painting on a giant canvas.

When your workpiece is too large for a single marking area, stitching technology uses intelligent algorithms to divide a single, oversized pattern into smaller sections. The galvo head marks each section sequentially, and the software seamlessly stitches them together to form a complete, cohesive image.

• Problem Solved: Solves the challenge of marking large-format workpieces in a single process, eliminating the need for tedious repositioning and manual splicing.

• Applicable Scenarios: Ideal for large, static workpieces like metal plates, appliance casings, billboards, and architectural decorative panels. It’s the perfect solution for tasks that require “big” size.

In a nutshell: Stitching Marking = Integrated, large-format processing.

On-the-fly Marking — Focused on “Fast”

Now, imagine writing on a sheet of paper as it moves on a conveyor belt.

On-the-fly marking is designed for high-speed production lines. It uses an encoder to get real-time data on the workpiece’s speed and position. The laser galvo and control system (like the JCZ Zeus) work in sync to ensure the laser beam precisely follows the workpiece, completing the mark without stopping the production line.

• Problem Solved: Addresses efficiency bottlenecks on high-speed lines, enabling uninterrupted marking.

• Applicable Scenarios: Best for industries that demand extremely high efficiency and speed, such as food and beverage packaging, cables, pipes, and electronic components. It’s the ideal choice for tasks that require “fast” speed.

In a nutshell: On-the-fly Marking = High-speed, non-stop marking.

Core Comparison Summary

To choose the right technology, consider your primary production need:

Do you need to mark something bigger? Choose stitching. Do you need to mark something faster? Choose on-the-fly.

Stitching Laser Marking (Stitching Marking) FAQ

Q1: What is Stitching Laser Marking?
Stitching marking splits large patterns into smaller areas. Each area is marked step by step, then seamlessly stitched via software. Unlike traditional marking, it can handle ultra-large workpieces in one pass.

Q2: Are stitched patterns seamless?
Yes, high-precision vision and software control ensure micron-level transitions. Text, lines, and QR codes appear seamless. Slight traces may appear on large filled patterns but rarely affect overall appearance. Free samples available.

Q3: Accuracy and speed?
Accuracy per area equals traditional marking. Stepwise marking saves time on positioning and handling, often making it faster overall.

Q4: Suitable materials and products?

• Metals: Sheet metal, stainless steel panels, nameplates

• Appliances: Fridge doors, AC shells, TV backs

• Architectural: Glass walls, aluminum panels, stone patterns

• Others: Billboards, wooden furniture, automotive parts

Q5: Is it easy to operate?
Yes, user-friendly software handles design import, size, and stitching automatically. Training and support are provided.

Q6: What lasers are supported?
Fiber lasers (60W, 100W, 200W), optional green or UV lasers for metal, plastic, glass, and more.

Q7: Maximum marking area?
Depends on model and galvo. Typically 300×300mm to 1500×1500mm or larger.

Q8: Suitable for high-speed production lines?
Designed for large static workpieces. For moving lines, use on-the-fly marking for efficiency.

Q9: Advantages over traditional marking?

• One-time ultra-large marking

• No repeated positioning or manual stitching

• Higher efficiency, fewer errors

• Maintains aesthetics of complex patterns and QR codes

Q10: Installation and operation difficulty?
Simple to use with professional software. On-site installation, debugging, and training provided.

Q11: Materials it can process?
Metals, plastics, glass, wood, and more. Choose laser type and power based on material (fiber, MOPA, green, UV).