Under the wave of precision upgrading in the manufacturing industry, the demand for processing complex curved surfaces, special-shaped components, and high-precision parts has surged.
However, traditional three-axis equipment is limited by the processing dimensions. Repeated clamping is time-consuming and laborious, positioning errors accumulate, and complex processes are difficult to implement, which has become a constraint for many companies to improve quality and efficiency.
Yasuda Yutaka Technology (Jiangsu) Co., Ltd. is deeply involved in the field of CNC equipment and has created a full range of CNC five-axis machine tool machining centers to provide efficient precision machining solutions for aerospace, automotive molds, precision medicine, new energy and other industries, helping companies break process barriers and seize market opportunities.
Multi-dimensional machine model matrix, covering all scene processing needs.
Different workpiece sizes, processing accuracy, and production scales correspond to differentiated equipment needs.
Based on the pain points of the industry, Yasuda has built four major five-axis machine model systems, taking into account versatility and professionalism, and adapting to diverse production scenarios.
The vertical AC five-axis machining center has a compact and flexible structure, and the spindle swing and rotation are coordinated smoothly. It is suitable for processing small and medium-sized precision parts and complex mold cavities. It takes into account high speed and high rigidity, and the processing efficiency of small and medium-sized batches of complex parts is significantly improved.
The Gantry BC five-axis machining center adopts a high-rigidity gantry structure with strong load-bearing performance and outstanding stability. It focuses on the processing of large and complex parts, heavy molds, and new energy vehicle structural parts. It can complete multi-faceted processing in one clamping and avoid repeated positioning errors.
The cross slide BC five-axis machining center has smooth slide movement and accurate positioning, taking into account processing accuracy and operating efficiency. It is suitable for mass production of medium and large workpieces, and is especially suitable for flexible processing scenarios of multiple varieties and small and medium batches.
The desktop small 5-axis machining center is compact in size, easy to operate, and has stable and reliable accuracy. It is suitable for processing small precision parts, teaching and scientific research, and cultural and creative crafts, and lowers the entry threshold for five-axis machining for small enterprises and start-up teams.
Precision creates quality, and hard-core performance enables efficient production.
The main value of five-axis machining is to achieve the unification of complex technology and precision quality.
Yasuda Yuyo’s five-axis machine tools strictly control quality throughout the entire process from research and development to production. Each piece of equipment has undergone rigorous testing and has outstanding performance.
High-precision and stable output, equipped with a high-precision grating ruler closed-loop control system, the positioning accuracy and repetitive positioning accuracy have reached the industry’s advanced level, and micron-level tolerance control ensures the consistency of workpiece processing and reduces rework losses.
Five-axis linkage flexible cutting, the X, Y, Z axes operate in conjunction with the rotation axis, which can realize cutting at any angle in space, easily cope with traditional processing problems such as deep cavities, undercuts, bevels, and special-shaped surfaces, and form complex workpieces in one go.
High-rigidity and durable structure. The main components such as the bed and spindle are made of high-quality castings. After aging treatment to eliminate internal stress, it has strong shock resistance and good stability. It is not easy to deform during long-term heavy cutting, extending the service life of the equipment and reducing operation and maintenance costs.
Intelligent and convenient operating experience, it is equipped with a humanized CNC system, the interface is simple and easy to understand, and programming is convenient. It supports complex tool path planning, adapts to the usage habits of different operators, reduces manual intervention, and reduces the operating error rate.
On-demand customized services and full-cycle companionship to help enterprises develop.
There is no universal equipment that can fully adapt to all scenarios. Only customized solutions that meet production needs can fully reflect the value of the equipment.
Yutaka Yasuda is well aware of the production differences between enterprises and provides one-on-one customized services. From early stage demand communication and solution design, to mid-term equipment commissioning and personnel training, to later after-sales maintenance and technical support, we accompany you throughout the entire cycle, making the entire process worry-free.
The worktable stroke and load-bearing specifications can be customized according to the size and weight of the workpiece; the spindle power, rotation speed and cutting parameters can be optimized for the processing materials (titanium alloy, aluminum alloy, mold steel, etc.); it can be adapted to supporting systems such as automated loading and unloading and online inspection to create an intelligent flexible production line.
From precision small parts to large complex components, from standardized production to personalized customization, Yutaka Yasuda CNC five-axis machine tool machining center solves complex processing problems and empowers the high-quality development of the manufacturing industry with multiple machine models, precision quality, and customized services.
Based in Jiangsu, serving the whole country and facing the world.
Yasuda Yutaka Technology (Jiangsu) Co., Ltd. has always adhered to the concept of “craftsmanship, customer first” and continues to innovate in five-axis machining technology to help more companies break through processing bottlenecks, enhance key competitiveness, and create a new future of intelligent manufacturing!
