LABORATORY TOBACCO SHEET ROD WRAPPING MACHINE

Flexible Rod Forming Solution for HNB Product Development

This laboratory-scale machine is designed for wrapping and forming reconstituted tobacco sheets into tobacco rods. It is suitable for HNB stick development, formulation testing, sample production and production-process verification.

The machine adopts servo control technology to provide flexible production and convenient specification adjustment. Product dimensions and operating parameters can be modified through the touchscreen, making the equipment particularly suitable for laboratories and R&D centers that frequently test different product structures.

Key Features

Servo-Controlled Operation
The main operating units are driven by servo motors, providing precise motion control and stable rod-forming performance.

Flexible Specification Adjustment
Operating parameters can be adjusted conveniently to meet different product-development and sample-production requirements.

Touchscreen Control
The user-friendly touchscreen allows operators to manage machine operation and adjust production parameters efficiently.

Stable Continuous Operation
The high level of automation supports long-term continuous operation while helping reduce auxiliary-material consumption.

Modular Machine Structure
The machine adopts a modular design. Individual components can be assembled, adjusted and tested separately, reducing installation and commissioning time.

Easy Operation and Maintenance
The clear control interface and accessible machine structure simplify daily operation, cleaning, adjustment and maintenance.

Designed for Laboratory Use

With flexible control and small-batch production capability, the machine is suitable for new HNB product research and process verification.

Technical Specifications

Applications

• HNB tobacco stick research and development
• Reconstituted tobacco sheet rod forming
• New product sample preparation
• Small-batch trial production
• Tobacco formulation testing
• Product specification verification
• HNB production-process development
• Laboratory and research center applications