Fully Automatic Gasket Machine Manufacturer
https://www.szmate.com/products/fully-automatic-gasket-machine/
#fully #automatic #winding #machine
Fully automatic gasket machines deliver high-speed, precise production with minimal intervention. Engineered for efficiency and reliability, they ensure consistent quality for demanding industrial gasket manufacturing.
Advantages of our Fully Automatic Gasket Machine
Precision Winding Control
The machines utilize advanced winding mechanics with sy... moreFully Automatic Gasket Machine Manufacturer
https://www.szmate.com/products/fully-automatic-gasket-machine/
#fully #automatic #winding #machine
Fully automatic gasket machines deliver high-speed, precise production with minimal intervention. Engineered for efficiency and reliability, they ensure consistent quality for demanding industrial gasket manufacturing.
Advantages of our Fully Automatic Gasket Machine
Precision Winding Control
The machines utilize advanced winding mechanics with synchronized tension control to ensure uniform layering of metal strips and fillers like graphite/PTFE. Automated servo-driven rollers and precision U-channel forming guarantee consistent density and profile accuracy for leak-proof seals.
High-Speed Automation
With PLC-programmed operations and robotic arms, these machines achieve rapid cycle times. Dual-loading systems for rings and fillers enable continuous production, while quick-change molds minimize downtime during size switches.
Integrated Quality & Efficiency
Key components like laser marking and performance test modules ensure traceability and compliance. Hydraulic pressure up to 5 tons and air-oil assembly systems deliver flawless guide ring deformation, while IoT-ready controls support real-time adjustments for high-volume output.
How Fully Automatic Gasket Machine Work
Fully Automatic Gasket Machines streamline the production of high-performance spiral wound gaskets by combining precise mechanical winding with advanced automation.
At the core of the process, metal strips (typically stainless steel or carbon steel) and filler materials (graphite, PTFE, or mica) are fed into a synchronized forming system where they are coiled into a continuous spiral. The metal strip passes through precision U-channel rollers for structural integrity while the filler provides a compressible sealing layer.
The machines incorporate robotic arms for guide ring assembly, hydraulic presses (up to 5 tons) for inner/outer ring shaping, and PLC-controlled laser marking for traceability.
