Kort: Need quick answers about practical use? This video highlights the essentials. Watch as we demonstrate the precision machining process for 304 stainless steel capillary tubes, showcasing laser cutting, micro-slotting, drilling, end sealing, and flaring operations. You'll see how these components are fabricated for critical applications in medical devices, analytical instruments, and aerospace systems.
Gerelateerde Productkenmerken:
Ultra-precise laser cutting and micro-machining for clean, burr-free capillary tubes with tolerances as tight as ±0.02mm.
Capable of creating micro-slots, notches, and holes with widths from 0.03mm and positional accuracy within ±0.015mm.
Hermetic end sealing via laser or TIG welding and cold forming for leak-tight component closures.
Precision flaring to create conical or bell-shaped openings with angles from 15° to 90° for secure connections.
Available in 304 and medical-grade 316L stainless steel with outer diameters from 0.10mm to 3.0mm.
Custom lengths from 1mm to 500mm and wall thicknesses from 0.02mm to 0.5mm to meet specific application needs.
Optional surface finishes like electropolishing and comprehensive ultrasonic cleaning for high-purity applications.
Full quality assurance with 100% dimensional inspection and provision of material certifications and test reports.
FAQS:
What are the primary applications for these precision stainless steel capillary tubes?
These tubes are engineered for critical micro-scale applications, including medical devices like implantable drug delivery pumps and micro-catheters, analytical instrumentation such as chromatography fittings, semiconductor gas delivery lines, and aerospace components like miniature hydraulic systems.
What materials and certifications are available for these capillary components?
The components are fabricated from AISI 304 or medical-grade AISI 316L stainless steel. Mill certificates are provided for all materials, and biocompatibility test reports are available for 316L to meet stringent medical and industrial standards.
How is quality controlled during the machining process?
Quality is ensured through 100% dimensional inspection of critical features using optical comparators or video measurement systems. Each lot comes with a full dimensional report and material certifications, and components are processed in controlled environments with optional ultrasonic cleaning.
What precision tolerances can be achieved with the laser machining?
Laser cutting achieves length tolerances of ±0.02mm to ±0.05mm, while micro-slotting and drilling offer slot widths from 0.03mm and hole diameters from 0.05mm with positional accuracies within ±0.015mm to ±0.02mm.