Welcome to Cycjet. Professional manufacturer of intelligent inkjet coding and laser marking machines
Welcome to Cycjet. Professional manufacturer of intelligent inkjet coding and laser marking machines
Within the supply chains for automotive manufacturing, heavy machinery, and rail transit, automotive leaf springs serve as critical components responsible for bearing the vehicle's core load; consequently, the clarity and abrasion resistance of their factory markings—such as product models, production batches, barcodes, and brand logos—directly impact quality traceability throughout the entire product lifecycle. For a long time, the leaf spring industry has relied primarily on traditional screen printing processes for product marking. However, amidst the rise of digital manufacturing and increasingly stringent environmental regulations, the inherent drawbacks of traditional screen printing—including its cumbersome procedures, inability to print variable data, and significant environmental pollution—have become increasingly pronounced.
To address this industry pain point, CYCJET has introduced the CH3UV handheld inkjet printer, designed specifically for application on metal and heavy industrial surfaces. This device applies high-precision markings directly onto the surface of shock-absorbing leaf springs; with its revolutionary advantages—including real-time "follow-and-print" functionality and instant drying—it stands as the ideal choice for replacing traditional screen printing methods.
Traditional screen printing vs. CH3UV handheld inkjet printer: A comparison of five core advantages
1. Say Goodbye to Cumbersome Processes, Achieve "One-Click Coding"
Traditional Screen Printing: Requires more than ten processes including plate making, screen stretching, exposure, ink mixing, manual printing, drying, and subsequent screen washing. Each time a batch or model is changed, a new screen printing plate must be made, which is time-consuming and labor-intensive.
CH3UV Handheld Inkjet Printer: Employs fully digital control, requiring no plate making or fixtures. Operators only need to input text or import data via USB flash drive/network to directly print on the printing plate. Production batch switching takes only a few seconds.
2. Supports "Variable Data" and Dynamic Barcodes
Traditional Screen Printing: Capable of printing only completely fixed, static patterns or text; it is fundamentally unable to meet modern traceability requirements such as "one item, one code" or the real-time generation of production timestamps.
CH3UV Handheld Inkjet Printer: Supports the real-time printing of dynamic data, automatically generating incremental serial numbers, real-time system timestamps, and QR codes/barcodes embedded with specific production information—thereby providing every shock-absorbing leaf spring with a unique "digital identity."
3. UV Ink: Exceptional Adhesion, Rapid Curing, and Corrosion Resistance
Traditional Screen Printing: Automotive leaf springs typically feature rough metal surfaces or painted finishes. Traditional screen-printing inks dry slowly and are highly prone to peeling or smudging during handling, stacking (due to friction), or contact with rust-preventive oils.
CH3UV Inkjet Printer: Equipped with an advanced, integrated LED UV curing lamp. The UV ink cures instantly upon ejection—triggered by ultraviolet light—achieving a "spray-and-dry" effect. Once cured, the markings exhibit exceptional resistance to abrasion, solvents, and scratching; even when leaf springs are stored outdoors or subjected to harsh transport conditions, the markings remain clear and legible.
4. Eco-Friendly: Zero Pollution from Screen Cleaning
Traditional Screen Printing: Characterized by severe pollution from screen-cleaning fluids, discarded screens, and VOC (Volatile Organic Compound) emissions—failures to meet increasingly stringent environmental protection and assessment standards.
CH3UV Inkjet Printer: Features a closed-system ink cartridge design that prevents ink volatilization and eliminates the need for solvent-based screen cleaning; this ensures a clean and tidy work environment, allowing businesses to easily pass green environmental audits.
5. Significant Reduction in Overall Operating Costs
Although the per-unit ink cost for screen printing is relatively low, the overall cost becomes substantial when factoring in frequent plate-making expenses, manual screen cleaning labor, energy consumption for drying, and financial losses resulting from product returns caused by illegible markings. The CH3UV handheld inkjet coder enables intelligent, single-operator operation, eliminates the need for all intermediate consumables, and achieves significant savings in both labor and time costs.
CYCJET CH3UV Handheld Inkjet Printer: Key Technical Specifications
To provide the various technical and procurement departments with a more intuitive understanding of the equipment's robust performance, the core parameters and specifications of the CYCJET CH3UV are presented below:
(For details, please refer to the product link: https://cycjet.com/detail/2602240024)
Customer Case Study: Verified Results
A renowned manufacturer of heavy-duty truck leaf springs previously relied on screen printing for product marking. However, due to slow ink drying times, the markings frequently smeared during subsequent bundling and handling processes. This led to frequent product returns from OEM clients and incurred high costs associated with the frequent creation of new printing plates for different production batches.
Following the introduction of the CYCJET CH3UV Handheld Inkjet Printer**, the factory experienced a complete transformation:
1.Doubled Efficiency: Operators simply guide the lightweight handheld device across the surface of individual leaf springs; thanks to a built-in encoder, the printed text and graphics remain perfectly proportioned—never stretched or distorted.
2.Instant Dry-to-Touch:A built-in UV lamp provides simultaneous curing, ensuring the ink dries instantly and completely. Leaf springs can be immediately stacked and transported via forklift with zero risk of marking abrasion, effectively driving the product return rate down to zero.
3.Dual-Mode Versatility: For small-batch runs, the unit operates as a handheld device; for large-scale continuous production, it can be quickly mounted onto a conveyor line bracket. When paired with an external photoelectric sensor, it instantly transforms into an "inline automatic UV inkjet printer."
Summary: Towards Digital and Intelligent Marking
In today's world of lean manufacturing and comprehensive quality traceability, traditional screen printing is increasingly unable to meet the fast pace and high standards of modern automotive parts manufacturing. The CYCJET CH3UV handheld inkjet printer, with its core technologies of "no plate making required, dynamically variable, instant curing, and environmentally friendly," perfectly replaces traditional screen printing in the production of shock-absorbing leaf springs. This is not only an upgrade in marking tools, but also a significant step in helping enterprises achieve digital factory transformation.
If you wish to improve the marking quality of automotive leaf springs, steel plates, or heavy workpieces, and significantly reduce labor and environmental impact assessment costs, please visit the CYCJET official website to learn more about inkjet marking.
Contact Person: David Guo
Telephone: +86-21-59970419 ext 8008
MOB:+86-139 1763 1707
Email:sales@cycjet.com
Web: https://cycjet.com/
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