SUZHOU MATE SEALING TECHNOLOGY CO.,LTD

Laser marking machines ensure accurate, high-speed engraving for gaskets, delivering durable, clear markings with reliability for industrial applications, meeting stringent quality standards.

Advantages of our Laser Marking Machine

Seamless Automation

Equipped with fully automatic loading systems and real-time data communication, these machines enable unmanned production with near-perfect uptime efficiency. Integrated barcode and serial number marking further streamline high-volume manufacturing workflows.

High-Speed Precision

Advanced laser technology achieves ultra-precise markings with accuracies as tight as ±0.05mm, supported by intuitive control software for high-resolution engraving. Operating at speeds of 5–10 m/s, these systems ensure flawless results for even the most intricate designs.

Multi-Material Versatility

Designed to mark a wide range of materials—including metals, plastics, ceramics, and composites—these laser systems offer adjustable power  and frequency ranges, ensuring crisp, durable markings without compromising surface integrity.

How Laser Marking Machine Work

Laser marking machines utilize high-energy laser beams to create permanent, high-precision engravings on various materials without physical contact. At the heart of the system is a laser source—such as fiber, CO₂, or YAG—that emits concentrated light waves tailored to interact with the workpiece surface, causing localized vaporization or color changes without damaging surrounding areas. The laser beam's path is controlled by high-speed galvanometer scanners equipped with precision mirrors, enabling rapid directional adjustments at speeds exceeding 1,000 mm/s while maintaining micron-level accuracy. This motion synchronization is managed through advanced CNC systems interfaced with EZCAD2 software, which allows operators to program intricate designs, barcodes, or serial numbers while optimizing laser parameters like power, frequency, and pulse width in real time.

Graphite tape is a flexible, self-adhesive sealing material made from exfoliated graphite. It's known for its excellent thermal stability and chemical resistance, making it ideal for high-temperature and high-pressure sealing applications in industrial gaskets.

Graphite Tape Specification

Efficient gasket packing machines streamline packaging with precision and speed. Designed for reliability, they ensure secure, consistent packing, optimizing productivity for industrial gasket manufacturing processes.

Advantages of our Gasket Packing Machine

High-Speed Wrapping Efficiency

Automates film application with semi-automatic operation, completing packaging 3-5x faster than manual wrapping while maintaining precise tension control.

Adaptable to Diverse Sizes

Adjustable rollers and HMI settings accommodate gaskets from small to large diameters (e.g., 4"–60") without manual tool changes, ensuring consistent film coverage.

User-Friendly Automation

Intuitive touchscreen controls and preset programs simplify operation, featuring emergency stops and foot-switch clamping for seamless workflow transitions.

How Gasket Packing Machine Work

The gasket packing machine operates through a sophisticated automated process that ensures efficient and precise wrapping of metallic gaskets. Utilizing semi-automatic controls, the system first positions the gasket using adjustable support and press rollers that adapt to various diameters from small to large sizes. The wrapping head then moves forward to the work position, where a thin film is manually fed and initially secured before automated winding begins. Driven rollers rotate the gasket while precise tension control maintains uniform film application at adjustable speeds. An HMI interface allows operators to set parameters like gasket OD and wrapping speed, ensuring consistency. Key components like motorized press rollers, clamping mechanisms, and emergency stop features enhance safety and reliability. The wrapping head completes multiple rotations before returning to standby position, after which the film is manually cut and the packaged gasket is released via foot pedal. This streamlined process combines manual loading with automated wrapping to boost productivity while accommodating a wide range of gasket dimensions and materials.

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.

Double jacket gasket machines offer precision crafting for high-performance gaskets. Built for durability and efficiency, they ensure consistent quality, meeting rigorous industrial standards with reliable output.

Advantages of our Double Jacket Gasket Machine

Adjustable Multi-Stage Forming

Features progressive roller systems—pre-forming, edge-closing, and bending—with movable components that adapt to different gasket widths while maintaining structural integrity and material density.

Versatile Material Handling

The machine efficiently processes stainless steel strips and graphite/PTFE fillers, supporting various material thicknesses (3-4mm) to produce precise double-jacket gaskets in straight or circular forms based on application needs.

Enhanced Efficiency & Safety

Semi-automated operation reduces manual labor, while ergonomic designs (like guided strip feeders and protective gloves) prioritize operator safety during high-speed production.

How Double Jacket Gasket Machine Work

The Double Jacket Gasket Machine transforms stainless steel strips and graphite/PTFE filler materials into high-performance sealing gaskets through an integrated forming and winding process. It begins by feeding precision-cut steel strips through progressive roller systems—first pre-shaping the lower strip into a U-channel, then precisely inserting layered filler material before encapsulating it with the upper strip. Multi-stage rollers with adjustable tension control gradually form and compress the composite structure, first pre-closing then fully sealing the edges to create a uniform 3-4mm thick profile. For ring gaskets, a bending roller system with variable positioning allows radius adjustment to accommodate diameters from 150mm to 3500mm. Critical components like the servo-controlled feed mechanisms ensure consistent material alignment, while interchangeable forming rollers enable quick adaptation between different gasket widths. The semi-automated process balances speed with precision, allowing operators to switch between straight bar production for welded assemblies or pre-curved rings—all while maintaining tight tolerances through sequential forming stations that progressively shape the metal jacket without compromising the delicate filler core. This streamlined workflow delivers finished gaskets with superior compression resistance and sealing integrity for industrial applications.

Advanced camprofile machines craft precise, high-performance gaskets with consistent quality. Engineered for efficiency and durability, they meet diverse industrial needs with reliable, robust construction.

Advantages of our Camprofile Machine

Multi-Functional Processing

Capable of handling diverse operations—including kammprofile serration, chamfering, grooving, and guide ring machining—through quick-change tooling systems, eliminating the need for secondary setups.

Automated Efficiency

Programmable CNC cycles with memory presets enable one-touch operation, while automated clamping and feed systems minimize manual labor and ensure repeatable results for high-volume production.

High-Precision CNC Machining

Equipped with advanced servo systems and digital controls, these machines consistently achieve micron-level accuracy in groove depth, spacing, and profile geometry across a wide range of diameters.

How Camprofile Machines Work

Camprofile machines manufacture precision metallic sealing gaskets by combining CNC-controlled automation with advanced mechanical winding principles. The process begins with a metal strip (typically stainless steel or carbon steel) and flexible filler material (such as graphite or PTFE), which are fed into a synchronized winding system. A servo-driven spooling head rotates the materials under optimized tension control, ensuring uniform tightness to prevent gaps or overlaps.

The metal strip and filler are spirally wound around a central mandrel, with CNC programming dictating the exact pitch, diameter, and groove geometry. Key components like pressure rollers compact the layers, while cutting tools (adjustable for serration/grooving) shape the gasket' s profile. For reinforced edges, an outer ring is often added via an integrated ring-forming unit.

Automation shines in process consistency: The CNC system adjusts tension, speed, and tool paths in real-time, enabling high repeatability for diameters from small-bore to 3500mm+. Post-winding, some models integrate laser marking or compression testing for quality assurance, delivering ready-to-install gaskets with leak-proof reliability.

Advanced industrial gaskets machine for flawless spiral wound gaskets, boosting productivity with unmatched accuracy. The gasket is used for preventing leaks and improving safety.

Petrochemical

Spiral Wound Gaskets for Petrochemicals – Leak-Proof Sealing Under Extreme Pressure & Corrosion.

Petroleum Energy

High-Performance Spiral Wound Gaskets for Petroleum Energy – Extreme Pressure, Corrosion & Temperature Sealing, Automated Precision Production.