LUO

LUO

|| High Power Torch Module ||

Designed for:

• Industrial & Construction Work
• Outdoor Adventures & Camping
• Emergency & Rescue Operations
• Tactical & Military Use

Luxo redefines portable illumination with a perfect balance of power, durability, and versatility. Whether you're navigating a dark worksite or exploring the wilderness, Luxo ensures you never lose sight of what matters.

|| Design Process ||

iamRapid Engineering Design Services specializes in advanced mechanical and electromechanical CAD design, providing expert support for projects of any scale. Our experienced design team guides you in choosing the right design approach, ensuring high-quality CAD services at the best affordable prices.

Understanding customer requirements is our top priority in product design and development. We begin by gathering all necessary data to initiate the process, ensuring a strong foundation for success. Our team leverages their expertise to offer valuable insights and recommendations, helping customers refine their products and make informed decisions.

Through brainstorming and ideation sessions, our research team evaluates all potential concepts, conducts market and feasibility studies, and compiles a comprehensive report. This document is then shared with the customer, allowing them to select the best idea to move forward into the concept development phase.

Once the concept is finalized, it is meticulously designed using CAD software, undergoes simulations for testing, and is then optimized for manufacturability. After the customer approves the CAD design, we proceed to production using the chosen additive manufacturing method. Following production, we perform necessary post-processing to ensure quality and precision before delivering the final product right to the customer’s doorstep.

At iamRapid, we are committed to turning ideas into innovative, manufacturable solutions, ensuring efficiency and excellence at every stage of the design process.

CAD Modelling

After finalizing the design direction through ideation, the selected concept for Luxo was developed into a detailed 3D CAD model. This phase allowed us to refine its form, proportions, and structural integrity, ensuring the torch module met both functional and aesthetic requirements.

During the CAD modeling phase, the design was also optimized for 3D printing, ensuring that the main module could be printed without the need for supports. This approach enhances manufacturing efficiency, reduces material waste, and maintains the clean geometry of the design.

The insights gained from CAD modeling and simulation enabled us to move forward with manufacturing, ensuring a perfect balance between strength, adaptability, and design aesthetics. This meticulous approach guarantees a torch module that is both visually commanding and structurally robust, ready for real-world use in the toughest environments.

Design for Additive Manufacturing (DfAM)

With the CAD model and simulation analysis complete, the next step was to optimize the design for Additive Manufacturing (AM). This phase focused on refining the geometry to ensure efficient, high-quality 3D printing while maintaining the structural integrity of Luxo. The chosen manufacturing process was Fused Deposition Modeling (FDM) using PLA+ with 100% infill to achieve maximum strength and durability.

By applying Design for Additive Manufacturing (DfAM) principles, we ensured that Luxo was fully optimized for FDM printing, leveraging the benefits of additive manufacturing to create a product that is both visually striking and functionally robust. This step laid the foundation for a seamless transition to prototyping and final production.

Post Processing & Assembly

With Luxo designed for efficient support-free 3D printing, post-processing is minimal, ensuring a clean finish and quick assembly. Once the components are printed using FDM with PLA+ at 100% infill, the following steps are carried out:

This streamlined post-processing and assembly approach ensures Luxo is not only durable and high-performing but also efficient to manufacture and assemble, making it ideal for both production and field use.