Overview
The document details technical specifications and operational principles of a cap sorting and placement machine, model series 2095, designed for high-speed capping applications in industrial settings.

Capacity and Performance
The machine is available in three configurations based on the number of placement heads:

• 12 heads: up to 300 caps per minute
• 15 heads: up to 450 caps per minute
• 18 heads: up to 600 caps per minute

The effective performance depends on the type of caps used.

Application and Container Compatibility
The machine is suitable for containers with heights ranging from 80 to 260 mm and diameters between 35 and 66 mm. The cap diameter range is also 35 to 66 mm.

Operating Principle
At machine start-up, selected caps are aligned and fed via a sorting system under the placement heads. The heads grasp the caps around their circumference, ensuring proper control and eliminating issues with deformed caps.
Placement heads are lifted by a guiding drum and positioned over containers transported by a starwheel feeder. Caps are placed onto containers with slight pneumatic pressure to prevent lifting.
After placement, caps are pressed down pneumatically to secure them.
The continuous rotation of the machine moves containers to the next processing stage.

Technical Parameters

• Operating pressure: 8 - 10 bar
• Control: Electric
• Weight: Approximately 1500 kg
• Dimensions: 2300 mm (length) x 1400 mm (width) x 2200 mm (height)

Delivery and Warranty
The machine is delivered ex-works from Pfäffikon SZ, Switzerland. Delivery is uninsured and duty unpaid. The manufacturer reserves the right to make changes without prior notice.

Additional Notes
Illustrations and data provided are for informational purposes only. The machine’s performance and compatibility depend on the specific caps and containers used.

Summary
This cap sorting and placement system offers flexible configurations to meet varying production speeds and container sizes. Its pneumatic and mechanical design ensures precise cap handling and placement, minimizing defects and optimizing throughput in packaging lines.