First One, Only One, Best One
For unmanned factories: modular, IoT-intelligent, flexible and standardised production line concepts,
and using experience and know-how, we are one step ahead in implementing the intelligent manufacturing plants of the future.
In particular, we have a lot of experience in the development of unmanned production lines
for the entire process from unit modularisation equipment to unmanned production lines,
including ruder cut board dividers and V-cut function board dividers for the PCBA process of
electronic board assembly and production.
KTI specialises in thermo-compression process equipment such as OLB, COF and COG for electronic device manufacturing and module processes; its core technology has also matured in lamination process manufacturing.
KTI provides line equipment for electronic device manufacturing and PCBA processes.
Line equipment includes standardised and modularised in-line/off-line equipment such as automatic board dividers (for ruder cut and V-cut methods),
flash memory writing machines, odd-shaped component insertion machines, selection wave soldering,
silicon dispensers, UV drying and room temperature chambers,etc...
We are one step ahead in building the unmanned factory of the future.
KTI's equipment for automated PCB board dividing processes is available in ruder-cut and V-cut systems.
With the technological innovations that have come along way, the equipment is designed to be safe, compact,
highly efficient and dust-efficient, and to protect the cleanliness of the PCBs.
High-precision automated V-cut equipment has revolutionised the V-cutting process and
eliminated the quality defects in PCBs caused by stresses in the conventional V-cut splitting process.
Intelligent Mechatronics’ is the theme of KTI's continuous innovation in the direction of intelligent manufacturing,
based on advanced mechatronic design and manufacturing technology and know-how,
combined with the scientific methods of Computational Intelligence.
We provide our customers with a number of AI inspection systems in the field of automated inspection.
The device chip automatic inspection and sorting handle is one of KTI's standardised automatic AI equipment,
which includes processes such as classification, cutting, electrical performance testing,
racer engraving, image inspection and tapping.
KTI's flexible, modular and standardised equipment design and manufacturing concept
has created new value for customers both in terms of return on investment and production operations.
Dedicated to First One, Best One, Only One manufacturing, lean, automated, intelligent,
step-by-step, piece-by-piece, KTI has achieved numerous first unmanned factory automations
and line conversions in many industries.
The lean, automated small transformer production line is the first production line
in the industry that KTI has created from lean process design.
It has made significant improvements to the working environment, safety and quality of the operators.
It has been widely used in the household appliance production industry.
The ATS transport system is an important componet unit device for the standardised and modularisation of KTI's lines.
Standardised aerial, table and floor transfer systems are available for workpiece transfer,
jig transfer, cassette transfer and other production scenarios and equipment requirements.
The long-distance, high-precision gantry loaders are the best in the industry in terms of safety
and reliability, and have been adopted by many parts processors and automotive engine manufacturing plants.
KTI has a numerous core technologies in the manufacture of high-precision equipment. Using image processing technology, high-precision alignment positioning technology is incorporated into equipment for electronic component mounting and assembly manufacturing. High-precision film-to-film laminating equipment has been installed in many customers' plants for panel production, electrical film production and laminate manufacturing processes.
KTI's automated dispensing systems are used in semiconductor and electronic manufacturing processes and LCD manufacturing plants for a variety of dispensing processes.
We have successfully developed numerous intelligent robot system devices and contributed to our customers' manufacturing sites by using the computational intelligence science method to fit our production and manufacturing technology and know-how into robot control systems. We have extensive experience and achievements in the application of various industrial robot arm units.
