High Quality Short Cycle Hot Press Line the Core Driver of Efficient Production Line

Technical highlights of short-cycle heat press: Why choose it?

The short cycle hot press Line is designed for rapid prototyping of materials such as melamine lamiante board,high-density fiberboard (MDF), particleboard (PB), and plywood. Its rapid prototyping technology reduces the traditional hot press cycle time from 15-20 minutes to 5-8 minutes, significantly increasing production capacity. The machine utilizes an advanced intelligent temperature control system, supporting real-time data monitoring and remote operation, ensuring precise and efficient production. A digital factory in one step.

In customer factory use, the short-cycle hot press has demonstrated excellent performance:

High stability: The machine's operating stability rate reaches 99.5%, and the product qualification rate has increased from 85% to 98%. Flexible customization: It can accommodate 4x9-foot pressboards, seamlessly integrating with existing factory production lines. Energy-saving: It saves the factory approximately 20% in energy costs annually, reducing carbon emissions.

Installation and Commissioning at the Customer's Factory: A Perfect Implementation from Planning to Production

Located in the core area of the Yangtze River Delta Industrial Belt, the customer's factory is a renowned wood product production base in East China, with an annual production capacity exceeding 100,000 cubic meters. With surging market demand, the existing equipment was no longer able to meet the demands of efficient production. Our team commenced the project in August 2025 and completed the entire delivery process in six weeks.

Preliminary Planning and Customization: Based on the Ningfeng factory's on-site survey, we customized a 4x9 platen system for the hot press, ensuring seamless integration with the existing production line. Our team worked closely with the factory engineers to develop a detailed installation blueprint.

Installation Phase: Upon arrival at the site in early September, our team of experienced technicians quickly began assembling the equipment. The entire process utilized a modular design, and the main frame was erected in just 48 hours, avoiding extended production downtime.

Commissioning and Optimization: During the commissioning phase, we fine-tuned the heating curve and pressure parameters through multiple simulation runs. Ultimately, the equipment achieved a 99.5% stability rate in its first full-load test, far exceeding industry standards. The factory reported an increase in product qualification rates from 85% to 98%.