3D Printing

Water Jet Propelled Surfboard

Pushing the boundaries of additive manufacturing with innovative marine propulsion systems
Innovation in Motion

Water Jet PropelledSurfboard

This revolutionary surfboard combines advanced 3D printing techniques with innovative water jet propulsion technology, creating an entirely new category of watercraft.

72 Hours
Print Time
PLA + Resin
Material
25 km/h
Max Speed
5 Minutes
Battery Life

Key Innovations

  • Integrated water jet propulsion system
  • Lightweight PLA enhousing structure
  • Waterproof electronic housing
  • Modular battery system for extended range
  • Advanced hydrodynamic hull design for the Surfboard
High-Speed Design

Custom DesignedSpeedboat

A sleek, high-performance speedboat designed from scratch using advanced CAD modeling techniques. Every curve and surface optimized for maximum speed and efficiency on the water.

85 km/h
Top Speed
6.2 meters
Hull Length
350 HP
Engine Power
6 People
Passengers

Design Features

  • Aerodynamic hull design for reduced drag
  • Lightweight composite construction
  • Advanced steering and control systems
  • Luxury interior with premium materials
  • State-of-the-art navigation equipment
3D Printing Process
Manufacturing Process

Advanced3D Printing

Our state-of-the-art 3D printing facility utilizes the latest in additive manufacturing technology. From concept to reality, we transform digital designs into physical prototypes with incredible precision.

Process Highlights

  • 1

    Digital Design

    CAD modeling and simulation for optimal performance

  • 2

    Material Selection

    High-grade polymers and composite materials

  • 3

    Precision Printing

    Layer-by-layer construction with 0.1mm accuracy

  • 4

    Post-Processing

    Finishing and quality control for perfect results

Engineering Excellence

Every component was meticulously designed and 3D printed using state-of-the-art additive manufacturing techniques, resulting in a perfect fusion of form and function.

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Advanced Materials

Utilizing high-strength carbon fiber reinforced polymers for optimal strength-to-weight ratio.

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Precision Engineering

Every component designed with CAD precision and manufactured to tolerances of ±0.1mm.

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Sustainable Design

Eco-friendly materials and energy-efficient propulsion system for minimal environmental impact.