With the spread of garment traceability and smart access control systems, demand for RFID hang tags and smart cards keeps growing. These products usually need several labels applied to a single card at once, and conventional single-head machines offer limited capacity and tend to shift labels. To address this industry pain point, Wanzhi Automation has put the WZ-125F automatic three-head card labeling machine into production and delivery, providing an efficient, stable automation solution for RFID labeling and large card processing.
Industry pain points in simultaneous multi-label application and the solution
In garment RFID traceability and smart card manufacturing, applying several labels to one card is a key operation. Because RFID labels are fairly large and placement must be precise, conventional lines often need several machines in series or manual assistance, which is cumbersome and tends to wrinkle, shift or miss labels. Large cards also vibrate easily during high-speed conveying, making quality control harder. To break these capacity and accuracy bottlenecks, Wanzhi Automation developed the WZ-125F automatic three-head card labeling machine. Designed for RFID inlay hang tags and large flat cards, it applies several labels in parallel so that what were multiple line steps are completed in one pass, greatly improving production continuity.
The WZ-125F: technical parameters and structural advantages
Developed specifically for simultaneous multi-label work, the WZ-125F is fully optimized in parameters and structure. It comes standard with 3 labeling heads and supports a modular 2 to 6 heads, adapting flexibly to different card label layouts. On output, maximum dispensing speed reaches 60M/min and overall capacity is about 1000-1400 cards/min, well suited to volume production at small and medium card printers.
To safeguard labeling accuracy at high speed, the WZ-125F uses high-accuracy two-side supported labeling heads and an extended one-piece stainless steel production line frame. At 800Kg, the machine effectively suppresses frame vibration during high-speed conveying and holds labeling registration within ±0.5mm. The machine also has automatic sheet feeding and separating plus a downstream automatic stacking and collecting mechanism, so a full stack of cards is loaded at once and finished products are collected automatically with minimal manual intervention. The independent touch screen industrial PC allows each head’s parameters to be adjusted separately and programs to be stored with one touch, making product changeover simpler and faster.
Selection tips and typical applications
In production, the WZ-125F is widely used in garment RFID traceability, smart card manufacturing, paper printing and processing, and furniture packaging. When selecting the machine, you can configure the number of heads according to your card dimensions (suitable for 300-600mm length and 300-600mm width) and the number of labels to be applied. For factories with frequent order changes, we recommend making full use of the modular head design and adding heads later as new orders require, so one machine serves multiple purposes. In addition, the integrated separating and collecting structure greatly reduces the labor needed for loading and unloading, effectively lowering overall production costs.
FAQ
How does the WZ-125F accommodate cards of different sizes?
The machine handles a wide card range, suitable for cards 300mm to 600mm in length and width. By adjusting the conveying mechanism and head positions, it reliably handles continuous processing of all kinds of large card stock.
Can more labeling heads be added later?
Yes. The WZ-125F uses a modular head design with 3 heads as standard; later, as the card label layout process changes, heads can be added or removed between 2 and 6 to meet product upgrade needs.
How is ±0.5mm labeling accuracy maintained at high speed?
The machine uses high-accuracy two-side supported labeling heads together with an 800Kg extended one-piece stainless steel frame, which effectively eliminates vibration and drift during high-speed conveying and thus ensures high-accuracy labeling.
This article was written by Wanzhi Automation.