Blood Collection Tube Labeling Machine
Low efficiency, poor precision and loose label adhesion associated with manual labeling are common pain points in large-scale blood collection tube production, which not only affect the compliance of product appearance, but also slow down the operation rhythm of the entire production line.
Our blood collection tube-specific labeling machine is designed exclusively for disposable blood collection tube production lines, balancing high efficiency and precision. It realizes automated and standardized labeling processes, helping enterprises improve product quality and production efficiency.
Blood Collection Tube Labeling Machine Advantages
- Dual-Station Feeding, Smooth & Jam-Free
Manually place blood collection tubes into a stainless steel hopper with dual feeding stations, which are precisely synchronized with the labeling conveyor chain. It ensures fast and accurate feeding, completely eliminating tube jamming and missing, and guaranteeing continuous line operation.
- Intelligent Linkage Labeling, Tight & Attractive Adhesion
When blood collection tubes are conveyed by the chain, the fiber optic sensor triggers the PLC and HMI to coordinate and control linkage labeling. After labeling, automatic label smoothing is performed to ensure the label is flat without bubbles or warping, achieving high adhesion.
- High Precision & Speed, Compatible with Multiple Specifications
With a labeling speed of up to 300 tubes per minute and a precision of ±1mm, it is suitable for two mainstream tube diameters (13mm, 16mm). It is compatible with labels of 10-60mm in length / 10-80mm in width, meeting diversified production needs.
- Equipment Features & Adaptability
The whole machine is made of medical-grade stainless steel, easy to clean and disinfect, and complies with the sterile standards for medical device production. Its modular design enables seamless integration with blood collection tube filling and tray loading equipment, and supports linkage with the production line central control system to realize full-process automation.
