Hepa Pleating Machine
Features:
▲Touch Screen & PLC Controller (Multilingual Support) ·Media Feeding Speed Controlled by Inverter· Servo System
▲Automatic Height Adjustment· Media Holding by 3inch air shaft
▲Media Tension Controlled by Powder Brake System. Air Cylinder Type of Cutter Assembly
▲Working Media: Glass Fiber (ULPA, HEPA, and Medium)
▲Pitch of Hot Melt Adhesive Nozzle: 25.4mm (half inch is optional.)5 different dispensing patterns
▲Air Cooling Pressure controlled by Inverter System. Teflon-coated Roller
▲Safety Guard System on doors
▲Hot Melt Adhesive: EVA & Polyamide
▲16~100mm: normal pleating without finger
▲20-300mm need another machine
Application:
1.High - Precision HEPA Filter Media Pleating Machine specifically engineered for critical applications in semiconductor fabrication, pharmaceutical manufacturing, hospital cleanrooms, and advanced air conditioning systems, ensuring superior filtration performance in demanding environments.
2.Working Media Compatibility: Specialized for glass fiber materials, covering a wide range of filtration grades including ULPA (Ultra - Low Penetration Air), HEPA (High - Efficiency Particulate Air), and medium - efficiency filters, catering to diverse air purification needs.
3.Intelligent Control System: Driven by a integrated PC/PLC/microprocessor architecture, enabling precise control over pleating parameters, operational sequencing, and real - time performance monitoring.
4.Versatile Pleating Capability: Allows for the creation of pleats with various heights seamlessly, without the hassle of roller replacement, thus enhancing operational flexibility and reducing downtime during product changeovers.
5.Customizable Adhesive Dispensing: Features individually adjustable hot melt adhesive nozzles, supporting precise control over adhesive application volume and pattern, ensuring consistent bond strength and structural integrity of filter media pleats.
6.Multiple Dispensing Pattern Options: Offers a comprehensive range of dispensing patterns, adaptable to different filter designs and production requirements, enabling manufacturers to meet diverse market demands efficiently.
7.Enhanced Operator Safety Mechanisms: Incorporates functionally intensified safety devices, including interlocked guards, emergency stop systems, and safety sensors, creating a secure working environment and minimizing operational risks.
8.User - Centric HMI Interface: Equipped with a multilingual - supported touch screen controller integrated with PLC, featuring intuitive navigation, real - time data visualization, and customizable operational profiles, thereby improving user convenience and operational efficiency across global production teams.
