SZMATE kammprofile machines craft precise, high-performance gaskets with consistent quality. Engineered for efficiency and durability, they meet diverse industrial needs with reliable, robust construction.
Capable of handling diverse operations—including kammprofile serration, chamfering, grooving, and guide ring machining—the kammprofile machine uses quick-change tooling systems, eliminating the need for secondary setups.
The kammprofile machine features programmable CNC cycles with memory presets that enable one-touch operation, while automated clamping and feed systems minimize manual labor and ensure repeatable results for high-volume production.
Equipped with advanced servo systems and digital controls, these kammprofile machine systems consistently achieve micron-level accuracy in groove depth, spacing, and profile geometry across a wide range of diameters.
SZMATE kammprofile 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—our gasket machine for sale integrates these precision controls as standard. 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 kammprofile machine models integrate laser marking or compression testing for quality assurance, delivering ready-to-install gaskets with leak-proof reliability.
SZMATE provides different machines for different diameter ranges. The MK-03 is designed for large Kammprofile products with a published range of 450–3500 mm, while the MK-03S covers smaller products and is published at 1/2–16 inches in its specification table. Using the two machine types allows manufacturers to cover a wider range of camprofile gasket sizes.
The MK-03 and MK-03S can process stainless steel, carbon steel and alloy workpieces. Their published workpiece thickness range is approximately 3–5 mm, with a maximum flange width of 60 mm. When selecting different materials for gaskets, buyers should confirm material grade, workpiece dimensions and required serration profile before production.
Yes. SZMATE states that the MK-03 can perform Kammprofile machining and, after changing the cutter, can also process guide-ring grooves and inner-ring chamfers. This multi-function capability can reduce the need to move workpieces between separate machining setups.
The MK-03 uses numerical control, PLC programming and servo-controlled cutter feeding. Machining is automatically controlled after setup, while ring loading and unloading remain manual. This makes the machine suitable for buyers seeking CNC-controlled gasket equipment with repeatable machining parameters.
The MK-03 has a published setup or size-change time of approximately 2–10 minutes, while the MK-03S lists around 2–5 minutes. Actual changeover depends on the workpiece, cutter and required machining profile, so buyers comparing a gasket machine should evaluate both cycle time and size-change frequency.
Cycle time depends on gasket diameter and machining requirements. SZMATE lists approximately 5 minutes for a 630 mm workpiece on the MK-03, while the MK-03S lists about 3–5 minutes per side for a 500 mm example. These values are reference conditions rather than guaranteed output for every camprofile gasket size.
