IZUSHI Product Lineup

"EPPINGER" is a tooling system that enables heavy cutting and high-precision milling processing with a turret lathe equipped with rotating tools! By consolidating the milling process into a single turret lathe, it achieves process integration and reduces equipment installation costs. Additionally, by adopting a two-surface constrained quick-change method for the tool adapter, it significantly reduces setup time for tool changes within the machine. It is compatible with major spindle types. 【Features】 ◆ Eliminates vibrations, greatly improving the machining range ◆ Allows for one-touch setup, reducing setup time and holder costs ◆ Despite being a quick-change system, it maintains high rigidity and precision by shortening the drive axis and utilizing two-surface high-speed, resulting in a longer lifespan compared to conventional holders ◆ Compatible with major spindle types 【For more details, please download the catalog or feel free to contact us】

In the automotive parts industry, building an efficient production system is emphasized for the processing of complex-shaped parts and the manufacturing of parts that require high precision. In particular, completing multiple processes with a single piece of equipment leads to reduced capital investment and shorter production lead times. However, traditional turret lathes have limitations in milling capabilities, making it difficult to handle heavy cutting and high-precision milling. Our EPPINGER rotary tool tooling addresses these challenges, enabling heavy cutting and high-precision milling on turret lathes. 【Usage Scenarios】 - Consolidation of milling processes in part processing on turret lathes - Heavy cutting of complex-shaped parts - Milling of parts requiring high precision 【Benefits of Implementation】 - Reduction in equipment introduction costs through process consolidation - Shortening of tool change setup time within the machine - Improvement of machining range and suppression of chatter - Increased tool life due to high rigidity and high precision

In the field of aerospace precision parts manufacturing, high accuracy and reliability are required. Particularly for parts that require complex shapes and fine machining, the integration of processing steps and high-precision milling is essential. Traditional machining methods have faced challenges such as increased processes and rising capital investment. EPPINGER offers a tooling system with a rotating tool turret lathe that enables heavy cutting and high-precision milling. By consolidating the milling process into a single turret lathe, it achieves both process integration and a reduction in equipment introduction costs. Additionally, the use of a two-sided clamping quick-change system for the tool adapter significantly reduces setup time for tool changes on the machine. It is compatible with major spindle types and contributes to solving challenges in the precision parts processing of the aerospace sector. 【Application Scenarios】 - Milling of complex-shaped parts in the aerospace field - Heavy cutting of precision parts requiring high accuracy - Multi-process integration on a turret lathe 【Benefits of Implementation】 - Improved machining accuracy - Reduced capital investment costs - Shortened setup time - Increased productivity

In the semiconductor manufacturing equipment industry, particularly in the production of high-precision components, the processing of fine and complex shapes is required. These components necessitate high dimensional accuracy and uniformity in surface roughness, and even slight deviations or vibrations during processing can affect product performance. Therefore, the integration of processing steps and the coexistence of high-precision milling are emphasized. EPPINGER offers a tooling system that enables heavy cutting and high-precision milling with a turret lathe equipped with rotating tools, consolidating the milling process into a single turret lathe to achieve process integration and reduce equipment introduction costs. Additionally, the two-sided constrained quick-change system significantly reduces setup time for tool changes within the machine, supporting high-precision processing. 【Application Scenarios】 - Milling of semiconductor manufacturing equipment components - High-precision processing of complex-shaped parts - Increased productivity through reduced setup time 【Benefits of Implementation】 - Improved component quality through high-precision milling - Reduced capital investment costs through process integration - Shortened tool change time due to the quick-change system - Improved processing range through vibration suppression

In the hydraulic and pneumatic equipment industry, particularly in the manufacturing of valve components, high dimensional accuracy and complex shape processing are required. Since these components are involved in fluid control, even slight processing errors can affect performance and durability. Traditional processing methods often face challenges in process consolidation, cost reduction, and maintaining processing accuracy. EPPINGER contributes to solving these challenges by enabling milling operations on turret lathes. [Application Scenarios] - Milling processing of valve components for hydraulic and pneumatic equipment - Processing of parts requiring high precision - Productivity improvement through process consolidation [Effects of Implementation] - Consolidating milling processes on turret lathes to reduce equipment introduction costs - Shortening tool change setup time within the machine through a two-sided clamping quick-change system - Suppressing chatter, improving processing range, and achieving high-precision machining

In the machine tool industry, particularly in the manufacturing of spindle components, there is a demand for high machining accuracy and improved production efficiency. In the processing of spindle components, which require complex shapes and high dimensional precision, suppressing chatter during cutting and reducing setup time are essential for enhancing productivity. Additionally, controlling capital investment costs is also an important issue. EPPINGER has developed a tooling system that consolidates milling processes into a single turret lathe, enabling heavy cutting and high-precision milling. This achieves process consolidation and reduces equipment introduction costs. The two-sided clamping quick-change method of the advanced adapter significantly reduces tool change setup time within the machine and accommodates major spindle types. 【Application Scenarios】 - Milling processing on turret lathes - High-precision machining of spindle components - Production lines requiring reduced setup time 【Benefits of Implementation】 - Improvement in machining range and chatter suppression - Reduction in setup time and holder costs - Increased tool life due to high rigidity and high precision - Reduction in equipment introduction costs through process consolidation

In the robotics industry, high machining precision and efficiency are required for the manufacturing of high-precision and complex-shaped joint components. Particularly in cutting processes that directly affect the performance and durability of the parts, even minute errors are not tolerated. Conventional machining methods have faced challenges in terms of process consolidation and equipment costs. Our EPPINGER rotary tool tooling enables heavy cutting and high-precision milling on turret lathes, addressing these challenges. 【Application Scenarios】 - Milling of robot joint components - Manufacturing of parts requiring high precision - Productivity improvement through process consolidation 【Benefits of Implementation】 - Consolidation of milling processes on a single turret lathe, reducing equipment installation costs - Significant reduction in tool change setup time within the machine due to the two-sided clamping quick-change system - Suppression of chatter, improvement of machining range, and realization of high-precision part manufacturing

In the energy industry, particularly in the manufacturing of turbine components, high precision and the ability to handle heavy cutting are required. For processing complex shapes and hard materials, the integration of equipment and high-precision cutting capabilities are essential. Our EPPINGER rotary tool tooling consolidates milling processes with a single turret lathe, achieving a reduction in equipment installation costs and process integration. This enables improvements in productivity and machining accuracy in turbine component manufacturing. 【Application Scenarios】 - Milling of turbine components - Heavy cutting of hard materials - Machining of complex-shaped parts 【Benefits of Implementation】 - Cost reduction through process integration - Achievement of high-precision milling - Increased productivity through reduced setup time

In the shipbuilding industry, the manufacturing of engine parts requires high durability and precise machining accuracy. Particularly for engine components used in harsh environments, high rigidity and reliability are essential, and the consolidation of machining processes and cost reduction are important challenges. Our EPPINGER rotary tool tooling enables heavy cutting and high-precision milling on turret lathes, addressing these challenges. 【Application Scenarios】 - Milling of ship engine parts such as crankshafts and cylinder blocks - Heavy cutting of parts requiring high precision - Productivity improvement through process consolidation 【Benefits of Implementation】 - Completes milling processes with a single turret lathe, reducing equipment investment costs - Significantly shortens tool change setup time within the machine through a two-sided clamping quick change system - Reduces chatter, improves machining range, and achieves high-precision machining - Improved tool life compared to conventional holders

In the railway industry, the manufacturing of drive components requires high durability and precise machining. Particularly, machining of complex shapes and materials with high hardness necessitates high rigidity and stable cutting performance. Failing to meet these demands can lead to a decline in component performance and a reduction in lifespan. EPPINGER offers a tooling system with a turret lathe equipped with rotating tools, enabling heavy cutting and high-precision milling, thus addressing these challenges. 【Application Scenarios】 - Milling of drive components for railway vehicles (gears, shafts, etc.) - Heavy cutting of components requiring high precision - Productivity improvement through process consolidation 【Benefits of Implementation】 - Reduces vibration and improves machining range - Cuts setup time and holder costs - Extends lifespan through high rigidity and high precision

In this document, we introduce a range of "high-performance tooling" for machining, composite lathes, and turret lathes, including "angle heads." We offer products such as the "high-speed spindle," which maintains torque during processing, and the "boring holder for shrink fit," which achieves high-precision boring with helical control, as well as the "super mini system" equipped with HSK interface for composite machining machines. Please make use of this information when selecting products. [Featured Products (Excerpt)] ■ Machining Section - Angle Head - High-Speed Spindle - Boring Holder for Shrink Fit - Green G1 Chuck - Nano Coolant System *For more details, please download the PDF or feel free to contact us.