The PLPM-1210 Fully Automatic Printing Machine is a high-precision industrial marking solution engineered specifically for the demanding needs of the filtration manufacturing industry. Developed by the Leiman Filter Solution Group, this advanced system ensures seamless integration of logos, part numbers, and branding on automotive, cabin, and industrial filter components, providing essential traceability and professional product identification.
By combining a high-speed dot matrix jet printing system with an intuitive, fully automated workflow, the PLPM-1210 eliminates the inconsistencies of manual marking. It is designed to optimize production throughput while maintaining rigorous quality control standards, making it an indispensable asset for manufacturers seeking to scale their output without compromising on precision or brand integrity.
| Max Printing Speed | 345 meters per minute (5x5 dot matrix) | Printing Range | 1-6 lines of customizable printing |
|---|---|---|---|
| Dot Matrix Options | 55, 57, 79, 1216, 1824, 1212, 1616 | Character Library | 6,000+ Built-in Chinese characters & Pinyin |
| Control Interface | All-Chinese operation interface & LCD display | Data Interface | USB import/export for fonts and patterns |
| Special Functions | 2D code printing & Random code U-disk support | Storage Capacity | Massive integrated storage with USB expansion |
| Nozzle Technology | Automatic cleaning & anti-blockage design | Tracking System | Automatic real-time splitting point adjustment |
Innovative circuit and ink system separation prevents accidental damage and ensures long-term industrial-grade reliability.
Achieve speeds up to 345m/min, significantly reducing production bottlenecks in high-volume filter manufacturing.
Up to 32-dot matrix printing ensures crisp, clear logos and barcodes for superior product traceability.
High-resolution display and graphical interface allow operators to switch products and parameters in seconds.
Customizable font libraries and random code printing enhance brand security and prevent product duplication.
Automatic nozzle cleaning and intelligent drawer ink systems minimize downtime and maintenance costs.
Store multi-product parameters for instant recall, eliminating repetitive editing time.
Automatic switching of printing algorithms based on speed and line count for optimal effects.
LED and LCD windows provide instant status updates and alarm functions for workshop observation.
Integrated date and time auto-update features for seamless batch production tracking.
Effortless import and export of fonts, patterns, and random codes via standard USB drives.
Menu-driven valve and pump operation for fast troubleshooting and reduced repair costs.
| Performance Metric | Manual/Semi-Auto Printing | PLPM-1210 Automatic System |
|---|---|---|
| Production Speed | Low (Manual dependency) | Ultra-High (345m/min) |
| Labor Cost | High (Requires multiple operators) | Minimal (Fully automated) |
| Printing Consistency | Variable (Human error) | Consistent (Digital precision) |
| Setup Time | Long (Manual adjustment) | Instant (Stored presets) |
| Material Waste | Significant (Printing errors) | Minimal (Precision control) |
The PLPM-1210 is designed to print on a variety of industrial surfaces including plastic, metal, and coated filter components commonly used in automotive and HVAC filtration.
The machine features an advanced automatic cleaning function and an innovative nozzle design specifically engineered to solve the common industry problem of ink blockage.
Yes, the system supports 2D code printing and offers a flexible customized font library to create unique markings for anti-counterfeiting and OEM branding.
Absolutely. Its modular design and automatic tracking system allow it to synchronize with various conveyor speeds, making it easy to integrate into current manufacturing workflows.
Leiman Filter Solution Group provides exclusive lifetime 24/7 professional support and technical assistance to ensure your production never stops.
The integrated storage allows users to save and recall specific printing parameters for different products instantly, greatly improving efficiency during batch transitions.
