R&D CAPABILITIES - ENNEC

R&D CAPABILITIES

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Bringing together the remarkable and experienced engineers with different expertise from the industry, ENNEC's R&D team has successfully worked on a wide range of high-engineered products and provided production solutions for our customers from different industries and applications such as horticulture, aquaculture(100 meters underwater light), commercial refrigeration, off-shore and solar energy and etc. ENNEC's R&D has been providing total product development solutions with mechanical engineering, electrical engineering, optical engineering, industrial design and design validation for OEM, ODM and JDM projects.

MECHANICAL DESIGN

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ENNEC's mechanical engineers are highly experienced in the mechanical parts manufacturing & processing: For plastic parts • Injection molding and moldmaking • Blow molding • Extrusion molding • Vacuum forming

For metal parts (Aluminum alloy, Stainless Steel, Zine alloy...) • Extrusion molding • Metal stamping • Die-casting • Metal bending • CNC & EDM

For silicon / potting resins • Potting (For optical grade transparent and water-tight) • Compression molding • Silicone extrusion

For PCB • Multi-layers AL/CU... • FR4 • Through hole isolations

Mechanical structure is one of most important parts when developing a successful

product.

What ENNEC's team is capable of to initiate/validate the design: • Thermal Management • Water-Tight (for different IP ratings, IP68 for underwater products) • Anti-corrosion/Flame Resistance (right materials or coating for different applications) • Impact Resistance • PCB Circuitry Safety • Light Transmission Rate

ELECTRICAL DESIGN

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ENNEC provides electrical design, validation and improvements solutions to our customers for OEM/ODM/JDM products. What ENNEC's capable of: • PCB layout, circuitry, schematics • PCBA prototyping • Certifications compliance evaluation for PCBA design • LED module, control board, driver board (built-in power supply) • In-product wiring/cabling design • Dimming features (0-10V, DALI...) • Driver/control module programming (with MCU, IC chips) • Wireless control integration (blue-tooth, WI-FI...) • Solar pad, inverter, power supply and battery integrations

OPTICS DEVELOPMENT

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Optical design is critical to a LED lighting product which makes best use of the lighting and driver further energy-saving. What ENNEC does for optical design: - Light transmittance calculation (to choose the perfect fit transparent materials) - Lighting distribution simulation (to design a perfect optical lens for different products and applications) - Optical lens prototyping (CNC, polishing, extruded plastics, matted treatment...) - Optical lens making (injection molding, plastic extrusion, silicone molding/extrusion...) - Optical lens assembly (Automatic assembly, manual screwing, sliding in heatsink rail...) - Reflector development and tempered glass lens development

INDUSTRIAL DESIGN

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Industrial design is to make a product look nicer and more fancy for products in different applications. Even it's industrial, commercial or professional products, the industrial design is also a added value to the product and customers' brand images. ENNEC's innovation team also work on industrial design for customers on ODM, JDM projects. By ensuring the product functions and reliabilities, we provide ID design service and concept to our customers. Nevertheless, our team has been experienced in process treatments like painting, powder coating, laser-printing, silk-print, packaging printing, machining/polishing...

MULTI-SPECTRUM LIGHTING

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Multi-spectrum or multi-color lighting are widely used in Agricultural Lighting (Horticulture, Aquaculture, Livestock), Pool & Spa lighting, Atmosphere/Landscape lighting.

ENNEC's R&D team has been experienced multi-spectrum combination design and developing precisely the specific portions for different wavelength ranges to achieve the required spectrums for the products. Our integrated sphere can be precisely measuring the PPF and lumen for the different wavelength ranges to validate the portions. E.g. horticulture lighting requires precise portions to get a perfect spectrum for the grow light for different crops.