Technology Startup Team
“Continuous innovation and research and development”
생산기술팀
주요 협력 기관
- 한국생산기술연구원
- 대구기계부품연구원
Improved quality control and production capacity
Using Baro Factory, we analyze data generated through CAM and 5-axis simultaneous machining to increase production efficiency and minimize defect rates.
We respond quickly to customer needs by introducing advanced technologies such as CAM and 5-axis simultaneous machining machines and improving efficient production process management and capabilities.
Active introduction and use of CAM technology for innovation and creativity
We strengthen training on the latest technologies and functions of CAM software and effectively introduce them into the organization to secure competitive advantage through continuous technological innovation.
Active introduction and application of 5-axis simultaneous machining technology
5-axis simultaneous machining requires high-precision machining of parts with complex shapes and at various angles, so we practice the value of continuous growth, improved efficiency, and high quality through technical review of the multi-axis machining machines required for this.
Process Design
Responsible for the development and optimization of production processes based on expert knowledge of production processes and technologies.
Production Technique
We have expert knowledge in processing technologies such as multi-axis machining, complex machining, lathes, and milling, and participate in the improvement and efficiency of machining processes.
CAD/CAM Engineering
We utilize computer-aided design and manufacturing technologies to design and optimize products and manufacturing processes.
Facility Engineering
We are strengthening the technological leadership of the production line by considering the introduction of cutting-edge production facilities that can control multiple axes simultaneously, such as 9-axis and 5-axis simultaneous processing facilities.
Main processing equipment
9-axis PUMA SMX 2600ST
| manufacturing company | DOOSAN |
|---|---|
| Bar processing diameter | 102mm |
| Maximum machining diameter | 481mm |
| Maximum processing length | 755mm |
5-axis LYNX 220LSYC
| manufacturing company | DOOSAN |
|---|---|
| Maximum machining diameter | 481mm |
| Maximum processing length | 755mm |
| characteristic | C1 axis C2 axis clamp |
3-axis PUMA V400M
| manufacturing company | DOOSAN |
|---|---|
| Maximum machining diameter | 496mm |
| Maximum processing length | 461mm |
| characteristic | M-axis function, vertical turning machine |
3-axis CUTEX-180A
| manufacturing company | HWACHEON |
|---|---|
| Maximum machining diameter | 350mm |
| Maximum processing length | 328mm |
| characteristic | M axis function |
technology and innovation
In keeping with the recent rapid changes in the industry, we conducted research on 9-axis multi-axis machining processes. This research was initiated to provide performance and efficiency that exceeds existing multi-axis machining technologies. Our study consisted of the following main contents:
Development of a multi-axis machining process: We strived to achieve higher speed and precision than existing multi-axis machining systems by utilizing a multi-axis machining system.
Optimization of processing speed and precision: Through research, we have developed an optimization technology that utilizes a 9-axis multi-axis machining system to optimize various complex processes and improve productivity while maintaining the precision of parts.
Research on various fields of application: We conducted expanded research on multi-axis processing technology that can be applied not only to manufacturing, but also to various industrial fields such as medical, aerospace, and automobiles.
Our research opens new horizons in multi-axis machining technology. Our ultra-high-speed 9-axis multi-axis machining system provides much higher productivity and precision compared to existing systems, and has shown the potential to be applied to a variety of industrial fields. These research results are evaluated as an important achievement that can contribute to the development of the industry while proving our company’s technological prowess and innovation.
R&D Performance
Prototype and prototype development
The advanced production team supports the development process of new products by developing prototypes and prototypes that meet customer needs. Through this, we verify the design and function of the product and contribute to meeting customer requirements.
New facility review and process improvement
The advanced production team has 9-axis and 5-axis simultaneous processing facilities for fast, flexible processing and cutting-edge product production of complex shape parts that require diverse and precise precision in various fields including industrial vehicles, automobiles, ships, space, and aviation. It performs precise and complex machining operations by controlling multiple axes simultaneously. Through this, we produce more complex and precise products with the best technology, improve efficiency and quality, and provide customers with higher quality products through technological innovation and introduction of new technologies.
Multi-axis machining and composite machining technology research
The Technology Startup Team is conducting research on advanced processing technologies such as multi-axis machining and complex machining. Through this, we are securing the technology necessary to increase product precision and process complex shapes.
시제품 및 프로토타입 개발
첨단생산팀은 고객의 요구에 맞는 시제품 및 프로토타입을 개발하여 새로운 제품의 개발과정을 지원하고 있습니다. 이를 통해 제품의 디자인 및 기능을 검증하고 고객의 요구 사항을 충족시키는데 기여하고 있습니다.
공정 및 장비 개선
첨단생산팀은 생산 공정 및 가공 능력의 성능을 지속적으로 개선하고 있습니다. 이를 통해 생산 라인의 안정성을 향상시키고 불량률을 최소화하여 고객에게 더 높은 품질의 제품을 제공하고 있습니다.
다축가공 및 복합가공 기술 연구
첨단생산팀은 다축가공 및 복합가공과 같은 첨단 가공 기술에 대한 연구를 진행하고 있습니다. 이를 통해 제품의 정밀도를 높이고 복잡한 형상을 가공하는 데 필요한 기술력을 확보하고 있습니다.