On May 23, 2026, the core management team of a leading integrated manufacturing enterprise from Belarus visited KC Automation for a technical tour and in-depth discussions focused on precision printing technologies for medical applications.
The visiting company operates across three major sectors—alcohol packaging, medical devices, and industrial automation—and holds a strong position within Belarus’s manufacturing industry. This visit focused on exploring medical-grade precision printing processes and automated production solutions, with particular attention to advanced manufacturing requirements for healthcare components.
Focusing on Medical Device Applications Through Technical Collaboration
During the visit, both parties conducted specialized technical discussions centered on the printing process for key insulin syringe components.
As a highly precise medical product, insulin syringe component printing requires demanding production standards, including:
- Medical-grade ink adhesion
- High-accuracy graphic positioning
- Resistance to alcohol disinfection
- Zero ink migration risk
Compatibility with low-surface-energy materials such as PP and PE
At the same time, manufacturers must ensure production consistency and seamless automation integration to address challenges commonly found in traditional printing processes, including insufficient adhesion, unclear scale markings, and unstable batch quality.
During the technical exchange, the customer presented actual component samples and discussed key indicators with KC’s engineering team, including:
Printing clarity and appearance
- Abrasion resistance
- Process reliability
- Production line integration capability
The customer also emphasized the need to support both flexible low-volume manufacturing and scalable mass production.
Customized Dual-Machine Solution for Diverse Medical Component Requirements
To address the customer’s application challenges, KC Automation proposed a dual-equipment solution tailored to different component structures and production scenarios.
Vertical Rotary Automatic Screen Printing Machine
The system adopts a multi-station vertical rotary design integrated with:
- Pre-treatment process
- CCD positioning systemFull-servo screen printing control
- UV curing technology
This configuration enables continuous, high-precision printing for cylindrical and curved medical components.
Key Benefits:
- High-speed continuous production
- Precise positioning control
- Excellent performance for curved scale and marking printing
- Improved production efficiency and process consistency
- Stable operation for complex medical applications
Horizontal Rotary Flat Automatic Screen Printing Machine
Designed specifically for flat medical components, this platform provides greater layout flexibility and accommodates additional process stations and functional modules.
To further increase throughput, the machine supports simultaneous printing of two parts per cycle, significantly enhancing overall productivity.
Key Benefits:
- Uniform ink deposition and sharp print edges
- Compatible with medical-grade UV ink systems
- Excellent abrasion resistance and adhesion performance
- Automated loading and unloading capability
- Flexible integration with existing production lines
Both solutions can be configured according to customer production requirements, helping improve manufacturing efficiency and quality stability for medical component printing.
Advancing Global Collaboration Through Precision Printing Innovation
This visit strengthened mutual understanding of medical precision printing requirements and demonstrated KC Automation’s technical expertise in automated medical printing solutions.
KC remains committed to developing high-precision, intelligent, and automated printing equipment, delivering advanced solutions for customers across medical, packaging, and industrial manufacturing industries worldwide.
