Semi-Automatic Labeling Machine – Labeler machine

Semi-Automatic Labeling Machine Model with optional Electronic Label Pick Up System. The machine is ideal for the customers requiring lower rate of production for round container, where Automatic Labelling machine are not Economical.
Semi Automatic Labeling Machine Model , being the latest addition in the range of labelling machine. The machine is suitable for round Containers with the pack size of Appx. 30ml to 1/5 Ltr. appx., be they of Aluminium ,Composite, HDPE, Pet, Tin or Glass. Most important feature of the Labelling Machine is that it does not require any change parts for change in sizes of Container or Label.
Salient Features:
- Compact Table Top Model for Ease in handling.
- No change parts required for changes in Size of Container & Label.
- Suitable for Glass/Plastic/Metal/Tin/Pet/Aluminium/Composite Containers, Tins, Jars and Bottles.
- Grooved and Brut shaped bottles can also be labelled.
- Suitable for Spot, Complete Wrap-Around and Over Lap Labelling where the length of Label is more than the circumference of the container.
- Minimum Glue Consumption due to special design of Glue Cylinder for Strip Gluing.
- Suitable for Pharmaceuticals, Food, Beverage, Distillery, Cosmetics, Pesticides, Chemicals, Agro Chemical and similar products.
Technical Specifications:
INPUT/ OUTPUT SPECIFICATIONS OF LABELLING MACHINE | |||
MODEL | LABEL SIZE Width X Length | CONTAINER Diameter | MAX. OUTPUT Bottles/Min |
Min. 25mm - 70 mm Max. 160mm - 325 mme | Min. Dia. 35 mm Max. Dia. 150 mm | Upto 40 Labels/Min | |
Special | Min. 25mm - 70 mm Max. 220mm - 525 mm | Min. Dia. 35 mm Max. Dia. 175 mm | Upto 40 Labels/Min |
FlameProof Ver. | Spec. as per or Special Model |
A Semi-automatic labeling machine is a type of machine used to apply labels to products or containers, combining manual and automated processes. Unlike fully automatic labeling machines, semi-automatic machines require some operator intervention during the labeling process. Here are some key features and working principles of a semi-automatic labeling machine:
1. Manual Product Feeding: In a semi-automatic machine, the operator manually places the products or containers into the machine’s labeling station. The machine is designed to accommodate various shapes and sizes of products.
2. Label Dispensing: The machine dispenses labels from a roll or stack, preparing them for application. The labels can be made of various materials, such as paper, film, or synthetic materials, depending on the application requirements.
3. Label Application: The operator manually initiates the labeling process by activating a control mechanism. The machine then applies the label onto the product or container using methods like pressure-sensitive adhesive, hot melt adhesive, or wet glue.
4. Label Placement and Alignment: Semi-automatic labeling machines often have adjustable settings to control label placement and alignment. This allows for precise positioning of the label on the product or container, ensuring accurate and consistent labeling.
5. User Interface and Controls: These machines typically have user-friendly interfaces that enable the operator to set labeling parameters, adjust settings, and monitor the labeling process. Controls may include buttons, switches, or touchscreens, depending on the machine’s design.
6. Speed and Output: The labeling speed of a semi-automatic machine is generally lower compared to fully automatic machines. The output depends on the operator’s efficiency and the complexity of the labeling process. However, semi-automatic machines can still offer a significant increase in labeling productivity compared to manual labeling methods.
7. Operator Intervention: While the machine automates the label application process, operator intervention is required for loading labels, activating the labeling process, and removing labeled products or containers from the machine.
Semi-automatic labeling machines are commonly used in various industries, including food and beverage, pharmaceuticals, cosmetics, and consumer goods. They provide a balance between automation and manual control, offering improved efficiency and accuracy in the labeling process while allowing for flexibility and adaptability to different products and labeling requirements.