ティービーエム List of Products and Services

In the aerospace industry, the turbine sector demands strict quality standards and high reliability. The performance of turbines is directly linked to the safety and efficiency of aircraft, making the precise polishing of blades extremely important. Our blade polishing technology, backed by over 30 years of experience and the latest equipment, contributes to the performance enhancement of aerospace turbines. 【Application Scenarios】 - Aircraft engine turbine blades - Gas turbine blades - Other turbine components in the aerospace field 【Benefits of Implementation】 - Improved dimensional accuracy and appearance quality of turbine blades - Enhanced turbine performance and extended lifespan - Optimization of costs and delivery times

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In the steel industry, blowers require precise blade shapes and high durability to ensure efficient airflow. Particularly in continuous operation under high-temperature conditions, wear and deformation of the blades can lead to performance degradation and equipment shutdown. Our turbine blade processing addresses these challenges through years of experience and advanced 5-axis machining technology. 【Application Scenarios】 - Air supply to blast furnaces - Air supply to sintering furnaces - Various cooling and ventilation 【Benefits of Implementation】 - Improved air supply efficiency - Stable equipment operation - Reduced maintenance costs

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In ship propulsion systems, turbine blades are critical components that influence the efficiency and reliability of the engine. Due to their use in harsh environments, they require high durability and precise shapes. Defects in the blades can lead to reduced thrust and worsened fuel efficiency. Our company achieves high-precision machining of turbine blades for ship propulsion through years of experience and advanced 5-axis machining technology. 【Application Scenarios】 - Improvement of thrust for ship turbines - Enhancement of fuel efficiency - Replacement and repair of turbine blades 【Benefits of Implementation】 - Performance improvement through high-precision machining - Increased durability by accommodating difficult-to-machine materials - Cost and delivery optimization through consistent support from prototyping to mass production

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In the gas transportation industry, the reliability of turbines is crucial for efficient energy supply. Particularly in turbines used for long-distance transport and high-load operations, the durability and precision of the blades are essential for stable gas supply. Blade defects can lead to decreased transportation efficiency and, in the worst case, supply interruptions. Our turbine blade processing achieves high-precision machining of gas transport turbine blades through years of experience and advanced 5-axis machining technology. 【Usage Scenarios】 - Turbines in gas pipelines - Turbines for gas compression - LNG tankers 【Benefits of Implementation】 - Improved turbine reliability - Enhanced transportation efficiency - Realization of stable gas supply

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In the power generation industry, the efficiency of turbines is directly linked to the amount of electricity generated and is crucial for stable power supply. The precision of turbine blades is a key factor that affects generation efficiency, and wear or damage can lead to decreased efficiency and equipment shutdowns. Our turbine blade processing, backed by years of experience and advanced 5-axis machining technology, achieves high-precision blade manufacturing, contributing to improved power generation efficiency. 【Usage Scenarios】 - Maintenance of power plant turbines - Supply of blades for new power generation equipment - Replacement of aging blades 【Benefits of Implementation】 - Improved turbine efficiency - Increased electricity generation - Stable operation of equipment

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In the aircraft industry, the quality of turbine blades, which affects thrust performance, is a crucial factor directly linked to safe operations and fuel efficiency. In particular, the precision machining of difficult-to-cut materials that can withstand high temperatures and pressures requires advanced technology. Our company leverages years of experience and 5-axis machining technology to contribute to solving our customers' challenges in the processing of turbine blades for aircraft engines. 【Application Scenarios】 - Manufacturing turbine blades for aircraft engines - Machining parts for engines aimed at improving thrust - Precision machining of difficult-to-cut materials (Inconel, titanium, etc.) 【Benefits of Implementation】 - Improved thrust performance through high-precision turbine blades - Enhanced durability through difficult-to-cut material processing - Optimization of costs and delivery times through consistent support from prototyping to mass production

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In the energy industry, there is a demand for improved power generation efficiency and stable electricity supply. In particular, high precision and durability are essential for critical components such as turbines and generators. If the quality of the components is low, it can lead to decreased power generation efficiency and equipment shutdowns, resulting in significant losses. TBM's total support for component manufacturing contributes to improving energy efficiency through the supply of high-quality components. 【Application Scenarios】 - Manufacturing turbine components for power plants - Manufacturing components for energy-related equipment - Procurement of components for efficient energy supply 【Effects of Implementation】 - Improved power generation efficiency - Stable operation of equipment - Optimization of component procurement costs

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In the machine tool industry, the rigidity of parts is crucial for achieving high-precision machining. Especially in cutting and grinding processes, it is essential to suppress vibrations in the parts to maintain high accuracy. Inappropriate parts can reduce machining precision and negatively impact product quality. TBM's one-stop integrated production system supports the manufacturing of high-quality parts. 【Application Scenarios】 * Manufacturing of high-precision machine tool parts * Manufacturing of parts that require high rigidity * Reduction of lead time and optimization of costs 【Effects of Implementation】 * Achievement of high-precision machining * Improvement in quality * Shortened delivery times and cost reduction

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In the semiconductor manufacturing equipment industry, high precision and stability are required. In microfabrication, the accuracy of dimensions, surface smoothness, and prevention of foreign matter contamination are crucial factors that influence the performance of the equipment. If these factors are not met, it may lead to reduced yield and equipment failure. TBM's total support for parts manufacturing addresses these challenges by providing high-precision and stable quality parts under a strict quality management system backed by JISQ9100 certification. 【Usage Scenarios】 - Microfabrication parts for semiconductor manufacturing equipment - Parts requiring high precision - When wanting to balance quality and delivery time 【Benefits of Implementation】 - Stable supply of high-quality parts - Reduction of lead time - Cost optimization

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In the aerospace industry, weight reduction is essential for improving performance and reducing costs. The lightweighting of components contributes to better fuel efficiency, increased payload capacity, and enhanced flight performance. However, achieving weight reduction requires advanced processing technology and strict quality control. TBM's total support for component manufacturing meets the needs for lightweighting in the aerospace field. 【Application Scenarios】 * Aircraft components * Space exploration vehicle components * Drone components 【Benefits of Implementation】 * Manufacturing of lightweight components * Stable supply of high-quality components * Reduced lead times and cost savings

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In the maritime industry, protecting components from corrosion caused by seawater is crucial for ensuring the durability and safety of products. Especially for parts exposed to harsh environments, such as engines and hull structures, high corrosion-resistant metal processing is essential. Improper processing or material selection can lead to early deterioration or malfunction of components, potentially resulting in serious accidents. TBM supports the safe operation of vessels by providing metal processing with excellent corrosion resistance based on customer drawings. [Application Scenarios] * Engine parts * Hull structure components * Various valve components [Benefits of Implementation] * Improved service life * Reduced maintenance costs * Enhanced safety

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In the energy industry, stable operation of equipment and efficient energy use are essential. In particular, the precision and durability of critical components such as turbines and pumps significantly affect system performance. Component failures can lead to interruptions in energy supply or decreased efficiency. TBM contributes to the efficiency of energy facilities by understanding the role of components from drawings and providing high-precision metal parts using optimal processing methods. 【Usage Scenarios】 - Power generation turbine components - Pump components - Plant valve components 【Benefits of Implementation】 - Stable operation of equipment - Improved energy efficiency - Reduced maintenance costs

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In the semiconductor manufacturing industry, the demand for microfabrication technology is increasing due to the miniaturization and high performance of products. Particularly in parts processing where high precision is required, even slight errors can significantly impact product performance. There are many challenges, such as having a drawing but not knowing where to turn for help, or concerns about whether complex shapes can be processed. TBM understands the intentions embedded in the drawings, captures the essence, and shapes it using appropriate processing methods. By providing consistent support from process design to processing, inspection, and delivery, we smoothly and reliably assist our customers' manufacturing. 【Application Scenes】 * Semiconductor manufacturing equipment parts * Precision mold parts * Various parts requiring microfabrication 【Benefits of Implementation】 * Improved product quality through high-precision processing * Reduction of man-hours and increased efficiency through a consistent system * Compatibility with a variety of metal materials

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In the aerospace industry, high safety and reliability are required, and high-strength, precision metal parts are essential. The manufacturing of components that can withstand harsh environments relies heavily on technical expertise and quality control systems. TBM manufactures high-strength parts using optimal processing methods based on customer drawings, meeting the needs of the aerospace sector. 【Usage Scenarios】 * Aircraft engine parts * Space exploration vehicle parts * Structural components requiring high strength 【Benefits of Implementation】 * Improved product reliability through high-precision part manufacturing * Reduced lead times and costs through a consistent production system * Capability to handle a variety of metal materials, including difficult-to-machine materials

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In the robotics industry, durability of joint components and precise movement are required. In particular, high precision and strength are essential to withstand repetitive motions and high loads. Improper processing can lead to a decline in robot performance or failure. Our composite vertical NC lathe solves these challenges through high-precision metal processing. 【Application Scenes】 * Joints of robotic arms * Moving parts of precision equipment * Drive components of industrial robots 【Effects of Implementation】 * Improved product lifespan through high-precision processing * Cost reduction and shortened delivery times * Compatibility with a variety of metal materials

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In the energy industry, particularly in the turbine sector, high precision and reliability are required. The efficiency of turbines is greatly affected by the precision of their components, and even slight errors can lead to performance degradation or failure. Our composite vertical NC lathe enables both drilling and turning processes in a single machine, contributing to cost reduction and shorter delivery times by streamlining the workflow. 【Application Scenarios】 - Processing of turbine blades for power generation - Processing of gas turbine components - Other processing of large turbine components 【Benefits of Implementation】 - Improved turbine performance through high-precision machining - Cost reduction through process consolidation - Enhanced competitiveness through shorter delivery times

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In the machine tool industry, the spindle is a crucial component that affects the accuracy and performance of products. The processing of spindles requires high precision, and traditional methods involve using multiple machines, leading to challenges in time and cost. TBM Corporation's combined vertical NC lathe enables drilling and turning processes with a single machine, streamlining operations to address these challenges. 【Usage Scenarios】 - Spindle processing for machine tools - Processing of parts requiring high precision - Companies aiming for cost reduction and shorter delivery times 【Benefits of Implementation】 - Cost reduction through process consolidation - Reduction in product transfer time - Achievement of high-precision processing - Shorter delivery times

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In the semiconductor manufacturing equipment industry, precise machining of vacuum chambers is required. Vacuum chambers are essential for high airtightness and durability in the semiconductor manufacturing process, and precision of less than 0.01mm may be required. Low-precision machining can lead to vacuum leaks and a decrease in equipment performance. Our composite vertical NC lathe provides high-precision metal machining to address these challenges. 【Application Scenarios】 - Manufacturing of vacuum chambers - Machining of semiconductor manufacturing equipment parts - Production of metal components requiring high precision 【Benefits of Implementation】 - Improved product quality through high-precision machining - Cost reduction through process consolidation - Achievement of shorter delivery times

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In the aerospace engine industry, high safety and reliability are required, and components demand extremely high precision. The manufacturing of engine parts necessitates the processing of special metallic materials that require heat resistance and strength. The composite vertical NC lathe achieves high-precision processing that meets these demands and contributes to the improvement of engine performance. 【Application Scenarios】 - Processing of turbine blades for aircraft engines - Prototyping and mass production of aircraft engine components - Precision machining of difficult-to-cut materials (steel, SUS, heat-resistant alloys, etc.) 【Effects of Implementation】 - Improved product quality through high-precision machining - Cost reduction and shortened delivery times through process consolidation - Consistent support from prototyping to mass production

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In the wind power generation industry, long-term stable operation of turbines is essential. In particular, turbine blades used in harsh environments require high durability and reliability. Damage to the blades can lead to decreased power generation efficiency and large-scale repairs. Our turbine blade processing service contributes to the longevity of wind power generation turbines through processing technology cultivated over many years and a thorough quality control system. 【Application Scenarios】 - Replacement of turbine blades at wind power plants - Repair of aging blades - Improvement of blade performance 【Effects of Implementation】 - Increased turbine operating rate - Improved power generation efficiency - Reduced maintenance costs

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In the steel industry, turbine blades that can withstand continuous operation in high-temperature environments are required. Particularly in environments exposed to heat and pressure, the durability and precision of the blades significantly affect production efficiency and safety. Inadequate blades can lead to equipment shutdowns or accidents. Our turbine blade processing service provides turbine blades that demonstrate stable performance even in high-temperature environments, thanks to processing techniques developed over many years and a rigorous quality control system. 【Usage Scenarios】 - Blowers in steel mills - Turbines in high-temperature environments - Turbines under high-load operation 【Benefits of Implementation】 - Stable operation of equipment - Improved production efficiency - Reduced maintenance costs

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In the chemical industry, plants operate in harsh environments exposed to highly corrosive substances. Turbine blades are crucial components that support the efficient operation of the plant, and corrosion resistance is extremely important for the safety and long-term operation of the facility. Deterioration of blades due to corrosion can lead to plant shutdowns or accidents. Our turbine blade processing service achieves high durability even in the harsh environments of chemical plants through the use of corrosion-resistant materials and advanced processing technologies. 【Application Scenarios】 * Turbines in chemical plants * Turbines handling corrosive fluids * Turbines used in high-temperature environments 【Benefits of Implementation】 * Stable operation of the plant * Reduction in maintenance costs * Improved safety

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In the field of space development, the reliability of equipment is the most important issue. In particular, turbine blades used in rocket engines and power generation systems of space stations must withstand extreme temperature changes and vibrations while maintaining stable performance over long periods. Malfunctions can lead to mission failures or serious accidents that endanger lives. Our turbine blade processing service provides high-quality and high-precision turbine blades that meet the stringent demands of space development, backed by years of experience and advanced technology. 【Usage Scenarios】 - Rocket engines - Power generation systems of space stations - Attitude control systems of satellites 【Benefits of Implementation】 - Ensuring high reliability - Improving mission success rates - Reducing long-term operational costs

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In the shipping industry, improving fuel efficiency is an important issue. Weight reduction is one effective solution to this challenge, and the lightweighting of turbine blades contributes to reducing the overall weight of the vessel and enhancing fuel efficiency. Our company has established a consistent production system through years of accumulated processing technology, covering everything from cutting various materials to machining, polishing, and even inspection, allowing us to produce high-quality and high-precision turbine blades that meet our customers' stringent requirements. 【Application Scenarios】 - Turbine blades for marine engines - Marine turbochargers 【Effects of Implementation】 - Improved fuel efficiency through weight reduction of vessels - Enhanced engine performance

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In the gas industry, high-output turbines require efficient energy conversion and stable operation. In particular, durability under high temperature and high pressure, as well as precise shapes, are crucial, as even minor defects in the blades can lead to performance degradation or accidents. Our company provides turbine blades that meet the stringent demands of high-output gas turbines, thanks to the processing technology and quality control system we have developed over many years. 【Application Scenarios】 - High-output gas turbines - Gas-fired power plants - Oil refining plants 【Benefits of Implementation】 - High-efficiency energy conversion - Achieving stable operation - Ensuring long-term reliability

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In the aviation industry, improving fuel efficiency is always a priority. The precise machining of turbine blades significantly affects engine efficiency and has a major impact on fuel performance. High-quality turbine blades maximize engine performance and contribute to reducing operational costs. Our company provides turbine blades that contribute to improving aircraft fuel efficiency through machining technologies cultivated over many years and a thorough quality control system. 【Usage Scenarios】 - Manufacturing of aircraft engines - Engine maintenance - Parts replacement 【Benefits of Implementation】 - Improved fuel efficiency - Enhanced engine performance - Reduced operational costs

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In the oil industry, turbine blades that can withstand high-temperature and high-pressure environments are essential for the stable operation of plants. It is particularly important to prevent deformation and deterioration due to heat, supporting reliable operation over long periods. Our turbine blade processing services provide high-quality and high-precision products to meet our customers' stringent requirements. [Usage Scenarios] - Oil refining plants - Petrochemical plants - Other turbines used in high-temperature environments [Benefits of Implementation] - Stable operation of plants - Reduction in maintenance costs - Extension of product lifespan

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In the power generation industry, the durability of turbine blades is a crucial factor that affects power generation efficiency and safety. High-quality blades that can withstand long-term use under high temperature and high pressure are required. Inappropriate blades can lead to decreased power generation efficiency and, in the worst case, damage to the equipment. Our company provides turbine blades that achieve the durability required by our customers through processing technology developed over many years and a strict quality control system. 【Application Scenarios】 * Thermal power plants * Nuclear power plants * Gas turbine power plants 【Benefits of Implementation】 * Improved power generation efficiency * Extended equipment lifespan * Stable power supply

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In the defense industry, large structural components such as turrets require high strength and precision. Durability to withstand harsh operating environments and high machining accuracy to ensure precise movement are essential. Improper machining can lead to performance degradation and safety issues. Our large-diameter machining service accommodates a maximum machining diameter of Φ2000mm and provides high-precision component machining to address these challenges. 【Application Scenarios】 - Turrets - Armored vehicles - Other defense-related equipment 【Benefits of Implementation】 - Improved product performance through high-precision component machining - Achieving high durability in harsh environments - Enhanced safety

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In the energy industry, particularly in the turbine sector, the quality of turbine components that influence power generation efficiency is crucial. These components are used in harsh environments such as high temperatures and high pressures, requiring high precision and durability. Even slight errors in the components can lead to a decrease in power generation efficiency or, in the worst case, equipment shutdown. Our company has introduced the robust NC lathe "VT7-1600i," capable of processing up to a maximum diameter of Φ2000mm, enabling high-precision machining of large turbine components. With our years of accumulated machining know-how and advanced equipment, we meet our customers' needs. 【Application Scenarios】 - Gas turbine components for power generation - Steam turbine components - Other large turbine-related components 【Benefits of Implementation】 - Improved product lifespan through high-precision machining - Maintenance of power generation efficiency through stable quality - Cost reduction through the centralization of large component machining

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In the railway industry, precise processing of wheels is essential to achieve both safety and durability. Particularly for vehicles that travel long distances or wheels used in harsh environments, high precision and reliability are required. Improper processing can lead to vibrations and unusual noises during operation, and even derailment accidents. Our large component processing service supports a maximum processing diameter of Φ2000mm and contributes to the safe operation of railway vehicles by providing high-precision wheel processing. 【Usage Scenarios】 • Wheels of railway vehicles • Railway-related components 【Benefits of Implementation】 • Increased lifespan of wheels • Improved running performance • Enhanced safety

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In the plant industry, the reliability and durability of large components for reactors are crucial. Components that can withstand harsh environments, such as high temperatures and pressures, as well as resistance to corrosive substances, are required. Improper processing can lead to a decline in reactor performance or accidents. Our company offers high-precision machining using the robust NC lathe "VT7-1600i," capable of processing up to a maximum diameter of Φ2000mm, contributing to the stable operation of plants. 【Application Scenarios】 - Reactor body - Internal structural components of reactors - Large valve components 【Benefits of Implementation】 - Improved product lifespan through high-precision machining - Enhanced reliability of plants due to stable quality - Cost reduction through the centralization of large component processing

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In the machine tool industry, high precision and durability are required for large components such as tables that influence the performance of machines. In particular, robustness that can withstand long-term use and accurate processing that supports precise movements are crucial. Improper processing can lead to a decline in overall machine performance or failure. Our large-diameter machining service accommodates a maximum processing diameter of Φ2000mm and responds to customer needs with high-precision machining technology. 【Application Scenarios】 - Machine tool tables - Large platforms - Precision machine parts 【Benefits of Implementation】 - Improved machine performance through high-precision machining - Increased durability leading to longer lifespan - Response to diverse needs

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In the semiconductor manufacturing equipment industry, advanced airtightness and durability of vacuum chambers are required. Vacuum chambers are essential for precise environmental control in the semiconductor manufacturing process, and their quality affects product yield and performance. The manufacturing of large and high-precision vacuum chambers necessitates advanced processing technology and large machine tools. Our company has introduced the robust NC lathe "VT7-1600i," capable of processing up to a maximum diameter of Φ2000mm, enabling high-precision machining of large vacuum chamber components. 【Application Scenarios】 - Machining of vacuum chamber housings - Precision machining of internal components of vacuum chambers - Prototyping and mass production of large vacuum chambers 【Benefits of Implementation】 - Improved performance of vacuum chambers through high-precision machining - Increased efficiency of the manufacturing process by accommodating large component machining - Provision of high-quality products based on years of experience

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In the shipbuilding industry, the precision of propellers, which affects the propulsion efficiency of vessels, is crucial. Especially for propellers used in large ships, high-precision machining is required due to their size and weight. Even a slight error in the propeller can lead to decreased fuel efficiency and cause vibrations, potentially impacting operating costs. Our large component machining service accommodates a maximum machining diameter of Φ2000mm, achieving high-precision propeller machining. 【Application Scenarios】 - Propellers for large vessels - Special-purpose propellers 【Benefits of Implementation】 - Improved fuel efficiency through high-precision propeller machining - Reduced vibrations leading to decreased stress on the hull - Enhanced vessel performance with high-quality propellers

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In the aerospace engine industry, high safety and reliability are required, and advanced precision is essential for engine components. Particularly in the processing of engine parts that can withstand high temperatures and pressures, micron-level precision and advanced machining technology are crucial. Improper processing can lead to a decline in engine performance or even serious accidents. Our large component machining service has introduced the robust NC lathe "VT7-1600i," capable of processing up to a maximum diameter of Φ2000mm, achieving high-precision machining of aerospace engine components. 【Application Scenarios】 - Turbine components of aircraft engines - Structural components of rocket engines - Large components related to aerospace 【Benefits of Implementation】 - Improved product quality through high-precision machining - Strengthened capability to handle large component machining - Reliable product supply

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当社は、タービンブレードをはじめとする複雑形状部品の精密研磨において、 30年以上の経験とノウハウを蓄積しています。 機械加工から最終研磨まで自社一貫対応することで、工程間のムダを排除し、 コスト・納期・品質のすべてで最適化を実現。 さらに、加工～研磨を一貫で管理することで、ワーク形状や材質に応じた “好適な研磨量”の設定が可能。過研磨・研磨ムラのリスクを抑え、 寸法・外観品質の安定化を実現します。 また、熟練工による手作業の高精度研磨に加え、NC翼面研磨機による自動化も 導入。品質のばらつきを抑えつつ、省人化と生産性の向上を両立しています。 三次元測定機など高度な計測機器も完備し、幾何公差など厳しい品質要求にも 対応可能です。 【主な特長・強み】 ■自社一貫体制でコスト・納期・品質をトータル最適化 ■熟練技術者による手作業研磨で、複雑・高難度な曲面も高精度対応 ■自動研磨設備（翼面研磨機）導入による品質安定・省人化 ■若手育成による技術継承・安定供給体制の確立 ■多種多様な金属材料に対応（ステンレス、ニッケル合金、チタン合金など）

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Since our establishment in 1979, we have been engaged in the processing of various turbine blades, including those for power generation (steam and gas turbines), and have built a long-standing reputation for reliability. We can handle large components with a maximum length of 1200mm, as well as difficult-to-machine materials such as Inconel, Waspaloy, and titanium. We specialize in high-precision and complex shape processing using 5-axis machining centers, providing a one-stop service from prototyping to mass production. 【Main Features and Strengths】 ■ Capable of handling large blades up to a maximum length of 1200mm ■ Able to process difficult-to-machine materials such as Inconel, Waspaloy, and titanium ■ Supports complex shapes and high-precision machining with 5-axis machines ■ Technical expertise backed by over 40 years of experience and know-how ■ Consistent support from prototyping to mass production, optimizing costs and delivery times 【Equipment and Specifications】 Please refer to our list of equipment here: https://www.tbm-corp.co.jp/facilities/index.html

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We have the drawings, but we don't know where to place the order." "I wonder if this complex shape can really be processed?" Our manufacturing at TBM begins with that 'single drawing.' Based in Miyata Village, Kamiiina District, Nagano Prefecture, we are a parts processing manufacturer that responds broadly from prototyping to mass production, earning the trust of customers from diverse industries. Our strengths lie in our reliable technical skills and flexible responsiveness. With a consistent system that allows us to complete everything in-house from process design to processing, inspection, and delivery, we smoothly and reliably support our customers' manufacturing. ■ Ideas take shape At TBM, we don't just "read" the drawings; we grasp the intentions behind them, capture their essence, and shape them using appropriate processing methods. ■ Thoughts become precision We deeply understand the role of each part and pursue uncompromising processing quality. This commitment leads to safety, reliability, and ease of use. ■ Drawings become value Drawings are not just blueprints. They contain our customers' challenges, ideals, and futures. We breathe life into those drawings and elevate them into "marketable product value.

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Reasons for Choosing TBM's Integrated Production System TBM's integrated production system, specialized in processing, offers customers the following specific benefits: ■ Thorough Quality Management and Stability By managing each processing stage in-house, we ensure close collaboration between processes, eliminating information transfer losses and variations in quality. A strict quality management system backed by JISQ9100 (Aerospace Quality Management System) is consistently applied across all processing stages, delivering high-precision and stable quality parts. ■ Reduced Lead Time and Cost Optimization By minimizing outsourcing, we reduce intermediate margins and transportation costs. Additionally, smooth collaboration between each stage significantly shortens lead times, allowing us to flexibly respond to customer delivery requests. We have established a system capable of quickly addressing sudden specification changes and issues. ■ Processing Technology that Maximizes Material Properties Our engineers, equipped with years of expertise in precision processing and specialized knowledge of each stage, propose optimal processing methods that maximize the properties of materials based on the drawings provided by customers. *Please feel free to contact us for more details.

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Our "Precision Manual Shot Blaster" is a specialized machine that achieves extremely high-precision shot peening processing for complex-shaped parts and fine areas through manual operation by skilled technicians. It allows for fine adjustments and concentrated processing on specific parts, which is difficult with automated machines, significantly improving the potential fatigue strength and wear resistance of the components. 【Strengths of Our Manual Shot Peening】 ■ Precise Control by Skilled Technicians - Adjusts projection pressure, projection accuracy, projection time, and projection distance in millimeter increments according to the material and shape of the parts and the required characteristics. This alleviates local stress concentration in the parts and maximizes fatigue life. ■ Capability to Handle Complex Shapes - Capable of addressing complex internal structures, R-shaped sections, and fine grooves that are difficult for automated machines to reach. By applying uniform treatment throughout, it enhances the overall performance of the parts. *For more details, please contact us separately.

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At our company, we have established a consistent production system for cutting, machining, polishing, and even inspection, utilizing processing technologies accumulated over many years. This allows us to produce high-quality and high-precision turbine blades that meet our customers' stringent demands. This is a four-panel comic introducing TBM Corporation.

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■ We own multiple composite vertical NC lathes with a table size of Φ1600mm, achieving cost reduction through efficient process design. At TBM Co., Ltd., we own two composite vertical NC lathes with a table size of Φ1600mm (as of May 2025). Normally, processes would involve changing machines for operations such as turning and drilling (using M/C), but by utilizing our unique process design with composite machines, we cut product transfer time and reduce setup time, thereby shortening cycle times and pursuing cost reduction as much as possible. ■ We meet strict quality requirements with precision machining using composite vertical NC lathes. For high-precision machining with flatness requirements of 0.01mm or less, we respond with unique machining methods that leverage the know-how cultivated over more than 30 years in metal processing and the features of composite vertical NC lathes. * We have multiple machining achievements such as flatness of 0.01 or less and parallelism within 0.01. * From prototypes to mass production, please feel free to consult us. * For more details, please download the PDF or feel free to contact us.

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Maximum diameter of Φ2000mm supported! Industry-leading machining capability High-precision machining of large parts with the rigid NC lathe "VT7-1600i" TBM Co., Ltd. has introduced the rigid NC lathe "VT7-1600i (Tandem Drive)" (manufactured by OM Co., Ltd.), capable of processing up to a maximum diameter of Φ2000mm. We provide high-precision and highly reliable machining services to meet the needs for large and high-precision parts processing in industries such as aerospace, energy, and construction machinery. ■ Features of VT7-1600i • Maximum processing diameter: Φ2000mm • Stable heavy cutting with high rigidity structure & high torque spindle • Smooth loading and unloading of heavy workpieces due to vertical structure • High surface quality finish achieved through low vibration design We realize the three elements of "precision, stability, and efficiency" at a high level. With one of the few capabilities in the industry, we respond to our customers' challenging machining needs. *For more details, please download the PDF or feel free to contact us.

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Our company has established a consistent production system for cutting, machining, polishing, and even inspection, utilizing processing technologies accumulated over many years. We produce high-quality and high-precision turbine blades that meet our customers' stringent requirements. In each stage of production, every worker holds the belief that "the next process is for the customer," and with the understanding that failure is not an option, we aim for zero defects by diligently carrying out verification tasks. We deliver high-quality and high-precision turbine blades. 【Product Line】 ■ Steam turbines and gas turbines for thermal and nuclear power plants ■ Turbine blades for marine turbochargers, auxiliary pumps, and axial flow fans for steel mills *For more details, please download the PDF or feel free to contact us.

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