大野精工 Product Lineup

Under consideration

>>Features<< - A compact body smaller than a tatami mat - Low cost due to the repeated use of molybdenum steel wire - Can process conductive materials (such as carbide, nickel alloys, titanium, etc.) >>What is Molybdenum Wire?<< 1. By using high-strength and tough molybdenum steel wire in discharge machining, it enables the processing of "hard-to-cut materials." It can process any conductive material. 2. Due to its strength and durability, it can be reused, allowing for lower operational costs compared to brass wire. It can also be used as a roughing machine instead of a milling machine. >>About the Processing Fluid<< - The processing fluid flows along the wire, allowing for the removal of chips and cooling of the discharge machining area. - Since the workpiece is not immersed, it can accommodate varying processing thicknesses. The compact body can be installed in a space the size of a tatami mat! (Compact enough to fit through a door) "I just want to cut a little..." "The cutting costs..." "I want to process hard materials and thick items quickly..." This is a discharge machining machine that allows you to do just a little bit of what you want.

>>Features<< - A compact body smaller than a tatami mat - Low-cost operation due to the repeated use of molybdenum steel wire - Can process conductive materials (such as carbide, nickel alloy, titanium, etc.) >>What is Molybdenum Wire?<< 1. By using high-strength, tough molybdenum steel wire in discharge machining, it enables the processing of "hard-to-cut materials." It can process any conductive material. 2. Due to its strength and durability, it can be reused, allowing for lower operational costs compared to brass wire. It can also be used as a roughing machine instead of a milling machine. >>About the Processing Fluid<< - The processing fluid flows along the wire, allowing for chip removal and cooling of the discharge machining area. - Since the workpiece is not immersed, it can accommodate varying processing thicknesses. The compact body can be installed in a space the size of a tatami mat! (Compact enough to fit through a door) "I just want to cut a little..." "What about processing costs..." "I want to process hard materials and thick pieces quickly..." This discharge machining machine allows you to do those little tasks. It is often used for processing test pieces.

The work created with a metal 3D printer ultimately requires a process to separate it from the support material. The most commonly used equipment for the separation process is often reported to be wire cutting or saw blades. However, separating with brass wire cutting takes time, which inevitably increases the cost per workpiece. In contrast, using saw blades can easily dull the blade and tie up the operator's time. How can we improve this situation? Among various proposals, many customers are utilizing our "CNC Molybdenum Wire Electric Discharge Machine," which we sell. It allows for automation through NC control, and by repeatedly using molybdenum wire, which has superior toughness compared to brass wire, we can offer speedy and low-cost processing for thick or intermittent-shaped workpieces. Please consider it at least once. *We also accept test cuts.

This is the recommended processing fluid for molybdenum wire electrical discharge machining. One can is included as standard with the purchase of the main unit. 【Model Number】S-100 【Capacity】10kg/can 【SDS】Available

In the automotive industry, the manufacturing of complex-shaped and high-precision parts is required. Particularly in the processing of precision components that are essential for weight reduction and performance enhancement, machining technologies that achieve high dimensional accuracy and smooth surface finishes, regardless of the hardness and material of the materials, are crucial. Improper machining can lead to a decline in part performance and reliability issues. The newly introduced wire electrical discharge precision contouring machine "TX250" can accommodate workpieces that were not within the processing range of the conventional TX150, meeting the advanced demands of the automotive industry while maintaining space-saving and cost performance. 【Application Scenarios】 - Machining of complex-shaped automotive parts - Prototype production - Small-batch, diverse production - Precision machining of metal materials 【Benefits of Implementation】 - Improved responsiveness due to expanded processing range - High-precision machining in a compact space - Pursuit of cost performance - Increased efficiency in subsequent processes through burr reduction

In the field of research and development, there is a need to quickly and accurately process prototypes made from diverse materials and complex shapes. Particularly in the early stages of realizing new ideas, constraints on processing range and costs can become bottlenecks in development speed. Our wire electrical discharge precision contouring machine "TX250" can handle workpieces that the conventional TX150 could not, while maintaining space efficiency and cost performance, thereby expanding the possibilities for prototype production in research and development. 【Usage Scenarios】 - Sample production for evaluating the properties of new materials - Prototyping for functional verification of complex-shaped parts - Development of small quantities of diverse prototypes 【Benefits of Implementation】 - Reduction in development lead time - Increased design freedom - Control of development costs

In the mold manufacturing industry, particularly in the processing of precision punches, there is a demand for achieving complex shapes with high precision and efficiency. The processing of fine shapes and hard materials requires high technical skills and specialized equipment. Improper processing can directly lead to a reduction in mold lifespan and a decline in product quality. Our wire electrical discharge precision contouring machine "TX250" addresses these challenges by offering space-saving design and cost performance, while also providing the scalability to handle workpieces that were previously outside the processing range of conventional machines, contributing to increased productivity for our customers. 【Usage Scenarios】 - Precision punch mold processing for complex shapes - Punch processing of hard materials (such as hardened steel) - Production of prototype punch components - Processing of small quantities of diverse mold parts 【Benefits of Implementation】 - Increased workpiece handling due to expanded processing range - Flexibility in installation location due to space-saving design - Reduced barriers to implementation due to high cost performance - Reduction of subsequent processes due to minimal burrs in the finished product