#Visualization#Automation
We develop our own sensing devices, robotic systems, and software to visualize
various physical phenomena that occur during machining in real-time and to
connect and control these systems.
Utilizing these technologies, we offer solution services that help clients
optimize their machining and solve problems.
Machining Solution
MACHININGSOLUTION
#Abnormal cutting tool detection
CASE STUDY
Before implementation
After implementation
- ・Defective products caused by sudden chipping damage.
- ・In automated operations, even if defective products occur, the process cannot stop, which leads to continuous production of defective items.
- ・Detect abnormal vibrations caused by chipping damage.
- ・Feedback abnormal conditions to the machine tool through precise control.
- ・Control conditions such as machine stops and tool replacement through NC program-based conditional branching.
#FSW (Friction Stir Welding) Optimal Production
CASE STUDY
Before implementation
After implementation
- ・We have inquiries from customers for FSW products, but we cannot respond due to lack of experience.
- ・The quality of FSW joints is unstable and there is no solution.
- ・Have no criteria for selecting machine tools to perform FSW.
- ・Have no instruction manual to set up an FSW production line.
- ・Support to train advanced production engineers and multi-task operators by our educational support service.
- ・Support for equipment selection and tool design/manufacturing according to FSW conditions through evaluation testing services.
- ・Support to set up production line by our integration service.
#Optimization of coolant management
CASE STUDY
Before implementation
After implementation
- ・Unable to manage coolant , coolant’s management is complicated.
- ・Rust and discoloration of machined parts.
- ・Poor cutting tool performance.
- ・Coolant is decomposed and emits a foul odor.
- ・Improve the efficiency of daily inspection.
- ・Automate data accumulation.
- ・Solve coolant's problems through proper management.
#Engineer education
CASE STUDY
Before implementation
After implementation
- ・Want to improve the productivity of machine operation.
- ・No time to improve engineers' skills.
- ・There is a risk of interference accidents when training on production equipment.
- ・Want engineers to learn how to solve problems by utilizing data.
- ・Engineers can quickly learn the necessary skills (CAD/CAM → Machinery Operation → Problem Solving)
- ・Since it is not production equipment, there is no concern about delays due to interruptions or breakdowns.
Related product
ARTizerno®
Tabletop Machining Equipment
MULTI INTELLIGENCE® ASM
Sensing deviceSimultaneous heat and vibration
MULTI INTELLIGENCE® i-flash
Sensing deviceCutting vibration measurement
MULTI INTELLIGENCE® i-stir
Sensing deviceFriction Stir Welding (FSW)
MULTI INTELLIGENCE® b-lex
Sensing deviceStationary vibration measurement
COOL-i®
Sensing deviceLiquid and coolant
Advanced Control®
Software
Automation Solution
AUTOMATIONSOLUTION
Factory-oriented system proposals from "machine processing professionals"
Comprehensive support from designing, manufacturing, and programming specialized robotic systems for machine processing.
3D Printer
Work Analysis
Operation Monitoring
Remote Support
