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TPU prototypes&doulble mold prototypes-Easoonmade
TPU prototypes&doulble mold prototypes-Easoonmade

TPU Prototypes | Double Mold Prototyping Services

TPU prototypes and double mold prototyping deliver flexible functional parts in 5 days. Slash 8-week delays & 65% costs with overmolded solutions. Get instant quote for shock-absorbent components or multi-material prototypes today!
$1.00 USD $0.00 USD

    

Revolutionizing Flexible Part Development

 

▌ The Flexible Prototyping Crisis

Product developers in automotive, medical, and consumer goods face critical barriers:

  • ✘ 6–10-week waits for silicone/TPU components
  • ✘ $12k+ tooling costs for multi-material parts
  • ✘ 500-unit MOQs forcing overproduction
  • ✘ Limited elasticity control (Shore 30A–80A only)

Our TPU prototypes and double mold prototyping solutions eliminate these constraints:

  • ✅ 5-day standard lead times for complex geometries
  • ✅ Zero hard tooling investment for 1–300 unit runs
  • ✅ Shore 10A–95A range with medical/industrial grades
  • ✅ ±0.15mm tolerances via advanced mold systems

▌ Industry-Specific Solutions

1. Medical Device Innovation

  • Pain Point: 8-week delays for overmolded surgical grips
  • BreakthroughOvermolded medical device prototypes → ISO 10993-certified parts in 6 days featuring:
    • Hard-soft transitions in single assemblies
    • Transparent TPU for fluid visualization
    • Sterilizable grades (autoclavable to 135°C)

2. Automotive & Robotics

  • Challenge: $15k costs for vibration-dampening mounts
  • SolutionIndustrial TPU bumpers under $100 → UL94 V-0 rated components with:
    • Energy return up to 98%
    • -40°C to 120°C operational range
    • Metal/plastic substrate bonding

3. Consumer Product Development

  • Dilemma: 12-week tooling for multi-density shoe soles
  • Agile FixCustom shoe sole prototyping service → 3D-knit + TPU hybrids in 4 days using:
    • Shore 40A/60A/80A zonal gradation
    • Dynamic pressure mapping
    • Sustainable bio-TPU options

▌ Process Selection Matrix

Requirement Optimal Process Tolerance Wall Thickness
Ultra-thin membranes (<0.5mm) Vacuum Casting ±0.2mm 0.3–15mm
Hard-soft integrations Double Mold Overmolding ±0.15mm 1–25mm
High-volume pre-production Compression Molding ±0.3mm 2–50mm
Complex internal channels 3D Printed Silicone Tooling ±0.25mm 1–20mm

Material Innovations:

  • Medical: Hemocompatible TPU (USP Class VI)
  • Industrial: Oil-resistant/UV-stable grades
  • Consumer: Recycled TPU with 95% virgin properties
  • Specialty: Conductive/ESD-safe formulations

▌ Low-Competition Keyword Strategy

Target high-intent niches:

  • "Low-volume TPU gaskets 72hr" (Maintenance engineers)
  • "Multi-material soft robotics molds" (R&D teams)
  • "Transparent overmolded buttons" (Electronics brands)
  • "Custom drone shock absorbers" (UAV manufacturers)