Precision-Driven Development at HIBANA

At HIBANA, mechanical engineering forms the foundation of our product development philosophy. Every lighting component we design—whether for performance, safety, or aesthetics—relies on a meticulous engineering process to ensure it is structurally reliable, thermally efficient, and built for long-term use. Our mechanical engineering team works closely with product designers and manufacturers to transform concepts into production-ready solutions that stand up to the rigors of real-world riding. We specialize in crafting high-precision components that are not only sleek and compact but also capable of withstanding vibration, impact, and varying environmental conditions. Through detailed simulations, finite element analysis (FEA), and rapid prototyping, we test each design’s integrity, optimizing for weight, strength, heat dissipation, and manufacturability before the first unit is produced.


This engineering-first approach ensures our products exceed industry standards while also meeting the unique expectations of custom builders, OEMs, and end-users. Whether it’s an under perch LED turn signal or a complex mounting bracket, our mechanical designs are developed with an emphasis on efficiency, durability, and ease of integration. By validating designs in the digital stage, we drastically reduce errors and costly revisions, streamlining the entire product development cycle from ideation to final assembly. This leads to faster lead times, lower manufacturing costs, and products that perform as promised—every time.

Problems Solved by Mechanical Engineering

  • Prevents structural failure through load-bearing and vibration analysis
  • Optimizes heat management for LED longevity and thermal stability
  • Reduces production waste with design-for-manufacturing strategies
  • Enhances product life through high-strength material selection
  • Minimizes development costs and errors via advanced simulation and modeling
  • Ensures industry compliance and safety certification readiness •
  • Improves end-user experience with precision fitment and ease of installation •
  • Shortens product launch timelines with agile development workflows

CATIA V5

Premium 3D-CAD software with superior surface drawing and compatible with other drawing software.

Unigraphics NX

A robust engineering solution with parametric modeling, stress testing, and advanced assembly tools to optimize mechanical structures.

ATOS 3D Scanner

A high-precision optical measurement system, used for reverse engineering, dimensional inspection, and quality control of mechanical parts.

Shining 3D Scanner

A versatile 3D scanning tool that captures highly accurate digital representations of physical components, ideal for rapid prototyping and validation.

Kingssel 3D Printer

Advanced additive manufacturing technologies that allow for the fabrication of prototypes, testing components, and production-ready parts, improving design validation and iteration speed.

Formlabs 3D Printer

Advanced additive manufacturing technologies that allow for the fabrication of prototypes, testing components, and production-ready parts, improving design validation and iteration speed.

3D Milling Machine

CNC machining allows us to rapidly produce functional prototypes, complex geometries, and end-use parts from a wide range of materials including plastics, metals, and composites. This capability is essential for validating design intent, testing form and fit, and refining product details before full-scale production. By integrating CNC into our workflow, we ensure consistent quality, faster turnaround times, and the flexibility to iterate and customize designs based on client needs.