3D Printing Stress Relief Furnace

Name: 3D Printing Stress Relief Furnace
Brand: YuanHang

A specialized stress relief solution designed for SLM/DMLS metal 3D printed parts and high-performance alloys. By utilizing high-vacuum or high-purity argon environments, it precisely eliminates residual internal stresses without altering surface characteristics, effectively resolving deformation and cracking issues in complex thin-walled components.

Product details

Product Overview

This series of 3D printing stress relief vacuum furnaces is developed to meet the stringent requirements of aerospace-grade titanium alloys, superalloys, and medical device parts. By strictly controlling vacuum levels and oxygen content, it ensures parts are stress-free post-annealing without surface oxidation or embrittlement. The system complies with high standards of data traceability for medical and aerospace industries.

Key Application Values

Precision Deformation Control: Provides ultimate temperature uniformity for complex thin-walled structures, ensuring dimensional stability during the annealing process.
Anti-Embrittlement Technology: Specifically designed for titanium, strict vacuum management prevents O, N, and H penetration, eliminating the risk of material embrittlement.
Full Data Traceability: Automatically records and exports temperature and vacuum curves. Every batch is traceable, meeting aerospace and medical production standards.
Medical-Grade Cleanliness: Oil-free and dust-free design ensures implanted parts meet medical cleanliness standards post-treatment.

Technical Specifications

Item	Specifications
Applicable Materials	Titanium, Superalloys, Tool Steel, Al-Mg Alloys
Rated Temperature	Up to 950°C (Customizable for higher ranges)
Cooling Method	Natural Furnace Cooling or Forced Air Cooling (Optional)
Data Logging	Full process recording & export (Aerospace/Medical standard)
Cleanliness Standard	Oil-free and dust-free interior design
Ultimate Vacuum	10^-3 Pa (or High-purity Inert Gas Protection)