{
  "target_application": "Minimally Invasive Instruments",
  "physical_properties": {
    "density": "4.43",
    "tensile_strength": "1000.0",
    "max_service_temperature": "400.0",
    "hardness": "36 HRC",
    "standard_tolerance": "±0.1mm - ±0.2mm"
  },
  "manufacturing_limits": {
    "equipment_hard_specs": "Build Volume: 600 x 600 x 600 mm; Laser System: Quad (4) x 500W Fiber Lasers (optional 1000W); Layer Thickness: 20-100 µm; Scanning Speed: ≤ 7 m/s per laser; Inert Gas Atmosphere: Argon or Nitrogen; Typical Materials: Titanium Alloys (Ti6Al4V), Aluminum Alloys (AlSi10Mg), Nickel-based Superalloys (Inconel 718), Stainless & Tool Steels.",
    "min_feature_size": "Min Wall: 0.4mm; Min Hole: 0.6mm",
    "equipment_precision_grade": "As-printed: Typically ±0.1 to ±0.2 mm over a 100 mm length. After post-machining of critical features, can achieve tolerances conforming to IT7 grade or better (e.g., ISO 2768-f). Surface roughness as-printed is Ra 6-15 μm, requiring secondary finishing."
  },
  "commercial_parameters": {
    "factory_advantage": "Tackling Ti-6Al-4V's notorious low thermal conductivity is where our process shines. The material's tendency to accumulate immense residual stress during SLM often leads to distortion and build failures. Leveraging the BLT S600's advanced thermal stability control and superior inert gas flow management, we meticulously manage the thermal gradients across the entire large build volume. This proactive thermal control, a common failure point on lesser systems, minimizes inherent stresses from the outset. This allows MechanoFab to produce complex, near-net-shape instrument components that meet stringent ISO 13485 biocompatibility and dimensional requirements directly off the plate, post-stress relief. The quad-laser system ensures productivity, making this advanced approach economically viable for series production and eliminating the need for extensive, tolerance-compromising secondary machining operations.",
    "target_volume": "Optimized for 10-200 units"
  },
  "_dev_note_visual_proofs": "Currently empty by default. This array is a reserved structural hook. It will be asynchronously populated with YouTube/Video metadata by the 06_video_injector.py post-processing.",
  "visual_proofs": [],
  "mechanofab_connect": {
    "about_us": "MechanoFab is a premium managed manufacturing platform empowering global hardware innovators.",
    "instant_quote_url": "https://mechanofab.com/quote",
    "engineering_support_email": "rfq@mechanofab.com"
  }
}