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The Trumpf Laser Ceramic Cone D41mm stands as a heavy-duty thermal management solution engineered for high-power laser cutting systems up to 10KW.
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This large-format ceramic component features a 41mm diameter and 10mm thickness, constructed from Trumpf’s proprietary high-purity ceramic composite to withstand extreme thermal stress in industrial environments. Specifically designed for Trumpf TruLaser 5030 and TruLaser 7000 series cutting heads, it provides critical insulation between the laser source and optical components, maintaining stability during prolonged cutting of thick metal sheets. Its robust design ensures consistent performance even when processing highly reflective materials, making it indispensable in heavy-industry applications .
High-Power Compatibility: Rated for continuous operation with 10KW laser sources, exceeding the capacity of standard ceramic cones by 40% .
Advanced Thermal Stability: The proprietary ceramic composite maintains dimensional integrity at temperatures up to 600°C (1112°F), reducing thermal drift in precision cutting applications.
Precision Engineering: Machined to ±0.05mm tolerances with a surface finish of Ra 0.8μm, ensuring optimal airflow dynamics around the laser beam path.
Extended Service Life: Resists thermal shock and abrasion, delivering approximately 12,000 operational hours under standard conditions—20% longer than smaller D17mm models .
This heavy-duty ceramic cone is essential for high-intensity laser processing:
Heavy Machinery Manufacturing: Enables cutting of 10–25mm mild steel and 8–20mm stainless steel in construction equipment production.
Aerospace Component Production: Supports processing of thick aluminum alloys and titanium sheets up to 15mm for aircraft structural parts.
Shipbuilding: Integral to laser systems cutting large steel plates for hull components and marine hardware.
Energy Sector Fabrication: Used in manufacturing thick-walled metal parts for power generation equipment and pipelines.
Q: What makes this cone suitable for 10KW lasers?
A: Its 41mm diameter increases heat dissipation area by 60% compared to D28mm cones, while the proprietary ceramic formulation enhances thermal conductivity.
Q: Is it compatible with TruLaser 3030 systems?
A: Yes, it fits TruLaser 3030 models equipped with the HighPower package; standard 3030 systems require the smaller D32mm cone.
Q: How to detect early signs of wear?
A: Monitor for increased cutting spatter or uneven edge quality, which indicate potential thermal degradation. Inspect monthly for micro-cracks using a 10x magnifier.
Q: What maintenance is required?
A: Keep the cone surface clean of debris and ensure cooling system flow rates remain above 4L/min. Replace immediately if thermal discoloration appears.
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