Shielded Enclosure Laser Welding Machine

Long term work

Can work continuously for a long time

Easy maintenance

Modular design is easy to maintain

safety protection

Safety protective cover protects operators

Compact design

Fully enclosed design, compact structure

Why Shielded Enclosure is Essential

The enclosed laser welder ensures operational safety through dual mechanical-photoelectric interlocks: Welding initiates ONLY when the enclosure is fully closed (ISO 13849 compliant), effectively isolating laser radiation and mechanical collision risks. Its positive-pressure dustproof design (IP54 rated) provides particulate protection during basic hermetic welding, significantly reducing operator training and management costs while ensuring complete operator safety.

Competitive Advantages

This system utilizes gas-shielded laser hermetic sealing technology for non-oxidizing materials (hermeticity ≤10-3Pa·m³/s). With over 40% cost reduction compared to glovebox/vacuum systems and maintenance-free design enabling rapid deployment, our engineers deliver optimal solutions through a three-phase evaluation: material analysis → hermeticity testing → ROI modeling.

Applicable environment

Suitable for use in cleanroom environments ranging from hundreds to millions, as well as in conventional workshops and laboratories.

implantable medical
  • Cleanroom-certified environment
  • Control of water oxygen content
  • HE Leak Rate＜1×10⁻-12Pa·m³/s
  • Example: Heart Pacemaker
Military manufacturing
  • Vacuum hermetic sealing
  • Long term vacuum maintenance
  • HE Leak Rate＜1×10⁻-12Pa·m³/s
  • Example: Metal Shell
Microwave RF
  • Inert gas environment
  • Thermal impact control
  • HE Leak Rate＜1×10⁻-9Pa·m³/s
  • Example: Filter
sensor
  • Welding penetration control
  • Vacuum hermetic sealing
  • HE Leak Rate＜1×10⁻-9Pa·m³/s
  • Example: Pressure Sensor

Relevant standards

Category Standard Scope Key Criteria
Material
ASTM F136
Medical Titanium (Ti6Al4V ELI)
Biocompatibility/O₂≤0.13%
AMS 4911
Aerospace Titanium
Tensile Strength≥895 MPa
MIL-DTL-24176
Military Kovar Seals
CTE 4.8±0.1×10⁻6/℃
Welding Process
ISO 13919-1:2023
Laser Welding Quality Class
Grade B Welds (Aerospace)
MIL-STD-2219
Military Laser Welding
Depth-to-Width Ratio≥5:1
NASM 1312
Aerospace Electronics
Thermal Cycling (-65°C~150°C)
Hermeticity Test
MIL-STD-750E
Military Sealing
He Leak Rate＜1×10⁻⁸ cc/s
ASTM E499
Helium Leak Detection
Leak Rate＜5×10⁻⁷ Pa·m³/s
GJB 548B
Military Microelectronics
Fine+Gross Leak Dual Verification
Military Spec.
MIL-STD-883
Microelectronics Reliability
Particle Impact Noise Detection
DEF STAN 02-813
Military Vacuum Sealing (UK)
He Leak Rate＜5×10⁻⁹ mbar·l/s
Scroll to Top