Innovation
EITA R&D
Our own dedicated R&D Centre and engineers continuously undertake research and development to upgrade and innovate our range of products to meet international standards and demanding customer requirements.
Efforts in R&D are continuously carried out to remain competitive, and this is now reinforced with the R&D status granted by our government. With the installation of a testing tower in our new facility; we’ll be equipped to conduct further studies towards moving people in safer, more efficient and innovative ways.
By assisting the team to carry out their designing and developing work on elevator systems, it has fully equipped the R&D centre with vibration meter, oscilloscope, hardware design board, software for 3D drawing & design, wiring diagram software and simulation test kits to execute a better output.
EITA Elevator is firmly committed to R&D to produce innovative products and systems that are cost effective and beneficial to our esteemed clients.
EITA Test Tower
Standing at 90 meters tall, EITA-Schneider’s test tower is among the tallest in Southeast Asia. This impressive structure exemplifies EITA-Schneider’s robust dedication to R&D in elevator technology. Featuring four shafts, the tower facilitates testing, certification, and R&D for elevators in mid- and high-rise buildings.
EITA-Schneider is committed to advancing elevator technology through innovative solutions tested in their new tower, aimed at meeting global demands.
Destination Dispatch System (DDS)
Destination Dispatch System (DDS), is an optimization technique used for multi-elevator installations, which groups passengers for the same destination into the same elevator.
Benefits of Destination Despatch System (DDS)
- Destination dispatch elevator management has the potential for more efficiently configured elevator banks.
- Ability to customize the level of security through the use of different access control systems.
- Improved experience for passengers: shorter wait time, shorter traveling time, reduced car crowding and fewer stops.
- Energy savings due to matching elevators to consolidated passenger demand.
Contactless Touch Solution
In view of the recent worldwide pandemic, the Contactless Touch Solution represents a forward-looking approach to public health, aiming to reduce the risk of viral spread, particularly in high-traffic areas like elevators.
- Touchless Buttons (Infra-Red Based)
Equipped with an integrated infra-red (IR) sensor that detects approaching fingers within 1 to 3cm of the button surface. - Hand Gesture Call Buttons
Allows passengers to operate elevator controls effortlessly by gesturing with their hand in the air. Upward or downward hand motions trigger hall calls. - Air Touch Buttons (Holographic)
Utilizes advanced technology to project a control board in the air, enabling passengers to interact by “clicking” on holographically generated images.
