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MECHANICAL Engineering

                                        of Luminaire

The strategy of Luminaire design is designing the housing and selecting the material to provide sufficient protection for LEDs and create the products that apart of meeting the technical requirements should be designed for reparable parts, simple system for replacing the component and satisfy the aesthetic taste of the clients as well. 

It is important that we know exactly what is required from both sides view, design team and manufacturing line which leads to choosing the most appropriate material and production process.

Aluminum die-cast & extrusion design

• Mechanical design of die casting parts

• Thermal management

• Visualizing the model and design review

• Tool production support

• Mechanical design of extruded parts

• Mechanical analyze

• Technology advisory service

• Prototype

• Tooling support

Above mentioned processes are necessary because they allow us for high-speed production and control the quality and functionality of the designed products in different stages of production.

All details from connecting parts to entire luminaires, including the provision of all necessary calculations, mold flow simulations, documentation and tooling support to be provided for all the products. In order to minimize the production time and final cost, stress, mold flow analyses will be done before taking the design to the stage of production.

Providing the prototype should be arranged to ensure to check the functionality of parts before starting the tooling process.


Thermal management

• Heat dissipating

To maximize the light performance and lifetime, generated heat by LED package and the power system component should be dissipated.

Designing a proper heat dissipation system is fundamental to maintain the light in a good performance and reliable lifelong time.

The solution is designing the heat sink to transmit the heat from the LED system and keep the luminaries and assure the temperature doesn’t exceed the specified level. Heat conductive design could be passive and active as per the level of the heat generated by light source.

With increasing the power thermal load of system increases as well and Higher temperatures of the LED light sources can result in reduced lumen maintenance and shorten useful life


• Heat sink design

- The special grade of aluminum chose with maximum heat conductivity

- Thermal simulation processes by using the best software available.

- Special design as per required system power

- Thermal conductive adhesive

- The surface finish of heat sink, special anodized that reduce the thermal resistance and help for

   better heat radiation.

- There is an option of active fan for high power Led luminaries


Mechanical analysis

To minimize the risk of losing time and money, stress, structural and mold flow analyses will be provided before the next steps of production are taken.

Rapid prototyping

Prototypes enable us to check the functionality of parts and correct any design flaws before any expensive tooling investment is made.

3D printing is a fast and easy way of producing physical models that enables us to produce prototypes within very short timescales.


Development stages

• Industrial design

• Optical design

• Thermal design

• Electronic design

• Mechanical design

The development process follows a defined path. This starts with the design of each element of new product and the combination of them into a functional whole. During each phase of this development, inter-disciplinary evaluation and correction is performed. The outcome, is of course, the finished and finely-tuned luminaire designed precisely according to defined specifications.


Nowadays, speed is a key factor in the successful development of a product. Faster is better and ultimately saves money. Therefore, we have at hand our own state-of-the-art prototype workshop where we can create prototypes of almost the same quality as the final product within very short time frames. Our ability to provide functional prototypes at such an early stage of development guarantees high flexibility and minimal investment as every mechanism and property of the product is checked before tooling, further minimizing losses. 


• Optical laboratory

• Thermal laboratory

• Electronic laboratory

The products test in in-house or outsource lab. Further advantages are that tests can be performed on final prototypes before they go to the next stage, and that when the final product is sent for certification and other required external testing, for example, ENEC, UL, CE, CB and others, it cannot fail as the tests have already been done.

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