

ROBOTICS
AND
COBOTICS
Taikisha provides robotic painting for 4 wheeler vehicles, 2 wheeler vehicles, 3 wheeler vehicles, railways and plastic components. Robotics for painting automobiles and components has grown significantly, according to Indian makers of vehicles and auto parts. Consistent paint application, increased system uptime, faster production rates, and safety in hazardous work conditions are some benefits of robotic painting. In response to the increase in demand for industrial robots, Taikisha can offer robots for a variety of applications, including high viscosity paint application, interior painting, wall mounting, and floor mounting.

ROBOTICS

WALL MOUNT ROBOTS

FLOOR MOUNT ROBOTS

INTERIOR PAINTING ROBOTS
COBOTICS
WORKING IN HARMONY
WITH HUMANS
- Endless Possibilities
- Third party replacement (Robots)
- Indegenous Solutions
- Paint Saving
- Slug Saving
- Eco Friendly
OBJECT DETECTION WITH PICK AND PLACE ROBOTS
An automated solution designed to increase safety within the working environment while maintaining a consistent operation of production. They relieve associates and operators of monotonous and repetitive work. Due to their higher speed of operation, a pick and place robot has higher productivity than its human counterpart as it alleviates the physical strain on human workers to meet specific production requirements.
ROBOTIC SOLUTION
An integrated solution with an intuitive application software to facilitate users as per their convenience with glaring performance history in green field and shutdown projects. It is equipped with an in-house painting trial along with a training facility for fresh recruits and is at all times being overlooked by a group of professionals to execute an end-to-end solution for the industry
PRE ASSEMBLY
Robots with paint applicators can be pre-assembled at TEI's Nexcel Technical Center in Manesar. Trials can be run using real customer components and paints

OBJECT DETECTION
Real time object detection is an advanced form of neural network which is tasked to detect objects in real-time with fast inference while maintaining designed accuracy. These methods are designed to perform under difficult conditions and still derive optimal inference algorithms for finding objects within a framework.

CASE
STUDY
CASE STUDY
MAJOR OEM
IN GUJARAT
Robotic systems are widely used in automotive manufacturing to produce high quality paint finishes on units they produce every day. The increased robot automation flux in the paint finishing system is primarily due to the hazardous environment for human beings in the painting areas...Read More

