VKPAK has introduced a series of semi-automatic labeling machines aimed at small and medium-sized producers and individual users, as packaging operations seek to balance automation efficiency with lower upfront costs. The systems are positioned as a flexible alternative to fully automatic lines for low-volume, high-mix production. The range is intended to address varied product packaging requirements while keeping initial investment manageable.
Semi-automatic labeling machines serve as an entry point into industrial automation, combining manual assistance with electronic controls to apply labels accurately to packaging of different shapes and materials. Compared with fully automatic production lines, the equipment is designed to be intuitive to operate and is particularly suited to small batches, multiple product types, and frequent specification changes.
The machines are constructed from stainless steel and anodized aluminum, materials intended to support durability and low maintenance requirements. An optional printing unit can be added for real-time printing of production dates, batch numbers, and barcodes to meet compliance needs.
The series includes eight models for applications ranging from cylindrical containers and flat packaging to high-precision components and irregular objects, according to the product specifications.
| Model | Application |
|---|---|
| VK-T801 | Cylindrical and tapered objects, such as cosmetic bottles and wine bottles |
| VK-T802 | Flat objects, such as packaging boxes and flat bottles |
| VK-T803 | Flat and slightly curved surfaces, such as cosmetic boxes and plastic caps |
| VK-T804 | High-precision applications, such as SD cards and mobile phone batteries |
| VK-T805 | Wrap-around labeling for cylindrical, square, and irregular objects |
| VK-T806 | Double-sided labeling, such as flat bottles and cosmetic boxes |
| VK-T807 | Cables and similar items, such as electrical cables, hoses, and candy strips |
| VK-T808 | Cylindrical objects, such as round tubes, pens, and cans |
The machines typically include a feed hopper, labeling plate, labeling station, control panel, and drive system. An operator places each product manually and triggers the labeling cycle using either a dual-button control or a foot switch; the machine then applies the label automatically, after which the operator removes the finished product.
This model of manual assistance plus automatic execution is intended to maintain labeling consistency and accuracy while avoiding the complex positioning systems required by fully automatic equipment. As a result, it can reduce both initial purchase costs and ongoing operating expenses for producers with smaller or more variable output.
