Smart Lighting
SALIOT (Smart Adjustable Light for IoT), is the Industry’s first LED light capable of automatically adjusting light distribution angles, pan, tilt, dimming intensity and zoom, all from the palm of your hand. SALIOT can be manipulated with a smartphone based application providing one-touch controls. SALIOT incorporates our ultra-thin lens - a fusion of a Fresnel and TIR lens into a single plate. This innovative design is possible through our expertise in optical simulation technology and precision injection molding. With this technology, we are also able to achieve the thinnest LED backlights with superior light dispersion.
Smart Lighting Technology
LED Light Engine with Fresnel/TIR Lens
By arranging several optical lenses to carve a fine prism pattern, MinebeaMitsumi has developed an ultra-thin lens for LED lighting, with a thickness of only 1mm, which can skillfully control light. The design of this lens spreads the light efficiently to brighten the entire space.
Stepper Motor for Lens Zoom
SALIOT is the only adjustable spot light capable of remote zoom - the beam angle can be adjusted via a smartphone app. Changing settings through the app enables users to save time and avoid any safety concerns associated with manual adjustment.
Stepping Motor for Fixture Pan
Adjust the fixture from left to right using the 180° pan function within the SALIOT app. Changes in scenery have never been easier with lighting control at your fingertips.
Stepper Motor for Fixture Tilt
Make changes to lower or raise the beam by using the tilt feature. SALIOT can be adjusted up or down to precisely illuminate your subject or artwork.
Bluetooth Module
Remote control of the fixture is accomplished through a Bluetooth mesh network. This network is able to connect an array of SALIOT fixtures at once and eliminates the need for hard-wire connections.
LIGHTING CONTROLS
Individually Customized Lighting Fixtures
- Adjust the lighting direction vertically or horizontally, and control the light distribution and color temperature all from a smartphone app.
- Increase workplace safety using a totally wirelessly controlled fixture – eliminates the need to ladders or heavy equipment.
- Especially suited for applications with high ceilings such as museums. banquet halls, retail stores, atriums and more.
- Set the mood with color temperature adjustment – from day to night, SALIOT has you covered.
- Focus the beam angle to highlight artwork or widen it to create a wall wash effect.
CONNECTIVITY
Create A Bluetooth Network Mesh
- Connect the smartphone or tablet terminal to the first fixture and communicate with up to 100 fixtures through a mesh network.
- Changes in the vertical direction, dimming, light distribution control, and color temperature of each lighting fixture are easy.
- Multiple scenes can be set up and stored in the app; up to 100 SALIOT’s can be controlled and numerous light spaces can be reproduced with one touch.
- Easy-to-understand interfaces such as individual control, group control, and map functions.
SHOWROOMS, MUSEUMS, & GALLERIES
Captivating Showrooms
Showcase the beauty and design of the main attractions in your showroom space by changing the angle and brightness of each SALIOT fixture.
HOTELS, OFFICES, & CONFERENCE CENTERS
Elegant Event Venues
Create the perfect setting for guests by focusing soft ambient lighting on specific areas within your venue. Adjust color settings to create a warm and inviting experience.
COMMERCIAL, RETAIL, & RESTAURANTS
Sophisticated Highlights
Create a delightful shopping experience with lighting that helps display items in a visually appealing way. Change the orientation of each light with different configurations.
CONNECTED SMARTPHONE APP
360° Range. 16,000,000 Colors.
SALIOT lets you automatically adjust light distribution angles, pan, tilt, dimming intensity and zoom, all from one-touch controls on your smartphone.
LIGHTING ADJUSTMENTS
No more ladders or lifts. There’s an app for that.
- Easily configure, adjust, and operate lighting with the SALIOT smartphone app.
- No need for ladders or lifts to change fixture orientation.
- Adjust the angle, focus, direction, and brightness of each SALIOT light within the mesh.
New York Historical Society Museum
The Peninsula - Bangkok, Thailand
Muko City Cultural Museum
KEF Music Gallery
Ginza Atrium
Lexus Showroom - Okazaki Japan
Rakukosha Hall - Nippon Bunka University
Bentley Showroom - CTI Tower
Daikin Ares Aoya
Mirai Museum
Museo Del Novecento - Milano, Italy
Mitsukoshi Nihonbashi Main Store
Advanced Optical Design
MinebeaMitsumi’s optical design team develops technology for LED backlights and lenses. Simulation-bases design and ultra-precision machining technology are used to for development and product manufacturing.
Sub-micron Molding Technology
Micro-optical element design is critical to efficiently control light with a thin lens. Elements such as light collection, dispersion, reflection and refraction are evaluated using optical simulation technology.
High Volume Manufacturing
MinebeaMitsumi develops and manufactures millions of units per month of LED panels, less than 15 inches in size, for use in smart phones, car navigation systems, tablets and laptop PCs.
Uniform Quality
Optical guide plates require uniform light emission across a thin-plate surface. Minebea combines light guide design with advanced, highly complex injection molding technology to produce the world’s thinnest optical guide plates.
TECHNOLOGY
Innovative Backlighting & Lenses
The evolution, research and development of lighting solutions at MinebeaMitsumi owe its growth to the years of experience and expertise in design and manufacturing of backlight technology. MinebeaMitsumi develops and manufactures millions of units per month of LED panels, less than 15 inches in size, for use in smart phones, car navigation systems, tablets and laptop PCs.
Our LED Technology Features
- Custom made to your application
- Advanced manufacturing processes and technologies
- Dedicated LED manufacturing facility
- Complete control of supply chain
DESIGN
State of the art optical engineering
MinebeaMitsumi’s optical design team develops technology for LED backlights and lenses. Simulation-bases design and ultra-precision machining technology are used to for development and product manufacturing.
Optical guide plates require uniform light emission across a thin-plate surface. Minebea combines light guide design with advanced, highly complex injection molding technology to produce the world’s thinnest optical guide plates.
MinebeaMitusmi’s experts create lens designs for specific lens applications. Detailed simulation of light behavior makes it possible to design ultra-thin optical guide plates and the LED lighting lenses.
Micro-optical element design is critical to efficiently control light with a thin lens. Elements such as light collection, dispersion, reflection and refraction are evaluated using optical simulation technology.