ACCURL has established a subcommittee of the National Technical Committee on Forging of Standardization Administration of China for the research on metal forming machinery. In addition to this subcommittee we also operate a post-doctoral research center. ACCURL's research center has over 300 researchers that work to design new sheet metal machinery. The research investment is less than 3% of annual sales.
The subcommittee of the National Technical Committee on Forging of Standardization Administration of China is made up of industry experts to test and the technical and economic feasibility of projects. ACCURL trusts their advice and often makes decisions on whether to go forth with certain CNC machine projects.
The research center performs research and tests on prospective technology that ACCURL would be interested in developing. Recent projects include tri-axis servo transfer systems, heavy duty hydraulic servo drive technology, CNC stroke adjusting technology, and optical laser technology.
- Heavy Duty Research Center
Research and development for equipment, such as heavy duty and ultra heavy duty presses, multi transfer presses, multi-link presses, and punching lines. - Press Research Center
Research and development on light duty and high precision hydraulic presses, servo presses, etc. - Precision Press Research Center
Research and development for high speed, ultra high speed, high precision presses, etc. - CNC Press Research Center
Research and development on CNC presses, control systems, CNC laser cutting machines, automatic lines, etc. - Metal Forming Research Center
Research and development on bending machines, hydraulic presses and automotive lines, etc.
ACCURL is an expert in Research & Development and design of components, taking advantage of SOLIDWORKS 3D CAD modelling for precision production. Our team of engineers are highly competent in the first principles design of CNC press brakes and laser cutting machines.
Heavy industry traditionally lacked the design and analysis experience of Computer Aided Engineering (CAE) needed for the Fourth Industrial Revolution. This posed a novel challenge to traditional companies, who were not fully prepared to embark on this transformation.
SOLIDWORKS Computer-Aided Engineering (CAE) software is an effective way to conduct linear static analysis, strain, and displacement studies relating to the frame of a press brake and laser cutting machine. Furthermore, FEA is useful for analyzing complex structures, complex loading, dynamic modeling, and other such combined scenarios.
Our finite element analysis generates a comprehensive report, with visuals that emphasize areas of high stress and any potential issues. We will also provide recommendations for design modifications that will address these issues in a cost-effective way.
ACCURL’s press brake and laser cutting machine are built with steel frames that have been annealed at temperatures exceeding 600°C, relieving any stress that may have been caused during manufacturing. As a result, these frames are highly durable and will not deform even after extended use.
Our ACCURL press brake and laser cutter frames are machined on a 5-axis CNC machining center with a single reference fixture for superior accuracy and long-term durability. This setup keeps all axes parallel and ensures the surface of the machine is precise. Additionally, heat treatment is applied to eliminate welding stress.
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