New Product Launch: NEWTOP-FW135C – Efficient Production Creates Higher Value

New Product Launch: NEWTOP-FW135C – Efficient Production Creates Higher Value

In 2026, NEW-TOP officially launches the new generation servo paper bowl machine NEWTOP-FW135C. This model inherits the mature technology platform of the NEWTOP-FW135S and features targeted upgrades, making it compatible with production of various paper bowls and large-capacity paper containers from 16oz to 42oz. The machine can achieve a maximum production speed of 140 units per minute, offering core advantages of high efficiency, intelligence, stability, and safety, maximizing value in every minute of operation.

First, efficient space utilization is one of the key highlights of this model. As paper container factories demand higher production efficiency, output per unit area has become an increasingly important metric. The NEWTOP-FW135C adopts a compact new frame layout, optimizing structural design and reducing space footprint, significantly improving output per unit of plant area and effectively enhancing site utilization. Additionally, the machine supports three production layout modes to suit different production needs:

Independent Production Mode (Scenario 1): Standalone operation, suitable for multi-specification, small-batch orders, flexible layout, lower investment.

Inline Mode (Scenario 2): Inline with the NEWTOP-DXD110 packaging machine and NEWTOP-DKX530 case packer to create an intelligent automated paper container production and packaging line, reducing labor costs and achieving smart production.

Inline Buffer Mode (Scenario 3): Online inline with a buffer section; an intermediate paper container transfer station acts as a buffer, allowing the machine speed to be adjusted based on actual production needs, meeting high-capacity, long continuous production requirements.

In terms of motion control, the NEWTOP-FW135C employs digital servo control technology, integrating Ethernet real-time synchronization, electronic cams, and a common DC bus control scheme. The machine features a separate drive and actuator layout, paired with a parallel high-rigidity drive shaft and a dual-turntable servo motor plus precision reducer drive mechanism, enhancing operational performance, simplifying routine maintenance, and balancing reliability with ease of operation. Compared to traditional equipment, the entire machine responds faster with higher positioning accuracy, laying a solid technical foundation for high-speed, stable mass production.

On quality control, the NEWTOP-FW135C systematically optimizes core forming processes. The servo-driven single-rotation paper pick-up structure ensures precise and stable paper feeding; the triple cup-bottom heating process, combined with independent cam drive and precise temperature control system, provides uniform and thorough heating, making cup bottom and body bonding stronger and significantly improving product sealing performance. Lubrication with a double curling edge structure makes the cup rim more uniform and aesthetically pleasing while enhancing the structural strength of the finished paper container. Additionally, the machine is equipped with a dual-camera vision inspection system that monitors production in real time and records production data, ensuring stable output of quality products.

In a high-speed production environment, heat dissipation capability directly affects equipment lifespan and production stability. To address this, the NEWTOP-FW135C features a comprehensively redesigned turntable top plate, guard doors, and electrical cabinet structure, greatly improving heat dissipation efficiency. By optimizing airflow paths, the risk of failure due to temperature rise is effectively reduced, ensuring stability during long continuous production. The cup discharge system has also been upgraded; the optimized discharge structure and airflow control system allow smoother delivery of finished paper containers, improving discharge stability and yield.

The NEWTOP-FW135C also brings targeted upgrades to safety and user experience. The machine replaces traditional pneumatic braking with an electromagnetic brake system, offering faster response and more precise stop positioning, significantly reducing operational risk while lowering failure rates and long-term maintenance costs. For human-machine interaction, a new large touchscreen interface is clear and intuitive, displaying process parameters, operating status, and alarm information at a glance, with simpler operating logic that reduces training costs and operator error. In terms of appearance, the NEWTOP-FW135C adopts a one-piece sheet metal body and mesh guard door design, combining aesthetics with practicality. The reduced door width (20% narrower) further decreases machine spacing, freeing up more production space in the factory.

The NEWTOP-FW135C represents a comprehensive breakthrough in efficiency, quality, safety, and intelligence for NEW-TOP paper container manufacturing equipment. In the future, NEW-TOP will continue to base itself on customer needs, driving paper container equipment toward higher speed, digitalization, and intelligence, creating greater production value for global customers with high-quality intelligent paper container manufacturing equipment.