Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
1～18 item / All 18 items
Micro hole φ0.04 processing! Material: Hotver (machinable ceramics)
We would like to introduce a case study of micro hole processing (φ0.04) on Hotober (machinable ceramics) that we conducted. 【Case Overview】 ■Material: Machinable Ceramics ■Hole Diameter: φ0.04 *For more details, please refer to the PDF document or feel free to contact us.
Hole processing of stainless steel pipes using ultrashort pulse laser machining.
【Micro Hole Processing Micron Level SUS304 Stainless Steel Micro Hole Processed Parts】 【Material】 SUS304 (sus304) 【Industry and Applications】 Automotive industry Medical devices and medical parts industry Precision stainless steel micro parts for medical devices 【Dimensions】 Pipe outer diameter Φ1.5mm / Single wall through hole diameter Φ0.5mm 【Processing】 Ultrashort pulse laser processing 【Features】 This product features hole processing on a pipe shape made of SUS304 (sus304) material. Ultrashort pulse laser processing allows for not only flat plate processing but also processing of cylindrical shapes like pipes. This product utilizes ultrashort pulse lasers, which significantly reduce physical damage and thermal effects, enabling fine processing with minimal burrs.
![<Production Example> [For the Semiconductor Equipment Industry] Hexagonal Hole Broach](https://image.mono.ipros.com/public/product/image/aa8/2000609356/IPROS17772176708235510555.png?w=280&h=280)
Materials used include "S45C, SUS303, SUS304"! Here are examples of hexagonal hole broach manufacturing.
We would like to introduce a case study on the production of device parts for the semiconductor equipment industry. We received a request stating, "We would like you to process from material to delivery according to the length and diameter based on the application." When performing hexagonal machining, there is a tendency for burrs to occur with the conventional processing method. Our company has devised ways to prevent burrs and contamination from affecting the process. The work sizes range from hexagonal H1.5 to H6.0, and φ25 to φ5. 【Case Details】 ■ Production capacity: 15,000 to 35,000 pieces/month (depending on material diameter) ■ Processed materials: S45C, SUS303, SUS304 ■ Machines used: All processing done using NC machining ■ Work sizes ・Hexagonal from H1.5 to H6.0 ・φ25 to φ5 *For more details, please refer to the PDF document or feel free to contact us.
Micro hole processing + drawing processing. This is an example of fine hole processing on three-dimensional shapes.
**Features** - Fine hole processing for three-dimensional shapes Material: Stainless steel Thickness: 0.1mm Application: Automotive parts In the precision parts business of Misuzu Industry, we utilize the technology of press processing for ultra-small and thin parts developed through the manufacturing of watch components to perform fine and complex shape punching, bending, and drawing processes that were previously impossible with conventional pressing. Our integrated manufacturing system, from mold design and production to press processing and surface treatment, enables us to achieve micron-order shapes and precision requested by customers, meeting diverse needs. *For more details, please contact us directly.*
Precision machining of Hastelloy! Achieving micro deep hole machining with a thickness of 2.5mm and a diameter of 0.1mm!
Precision deep hole machining parts made of difficult-to-machine Hastelloy material!! With our high technical skills and years of machining know-how, we achieve 130 through holes of φ0.1mm with a thickness of 2.5mm. You can also trust us with the precision machining of difficult-to-machine Hastelloy material!
![[Development Case] Deburring of Holes in Injector Parts](https://image.mono.ipros.com/public/product/image/2003222/IPROS12610737648589657707.png?w=280&h=280)
Through-hole of small diameter deep hole by diameter reduction extrusion! Abolition of punching in the middle section of small diameter deep holes.
We would like to introduce a development case for deburring the inner holes of injector components. We adopted a new method for penetrating small-diameter deep holes using diameter-reducing extrusion, achieving non-cutting of the inner diameter through small-diameter deep hole penetration, which improved precision and cleanliness. Additionally, we eliminated punching in the intermediate section of the small-diameter deep hole. The coaxiality improved from φ0.15 to φ0.05. 【Development Objectives】 ■ New Method: Penetration of small-diameter deep holes using diameter-reducing extrusion ■ Improved Precision and Cleanliness: Non-cutting of the inner diameter through small-diameter deep hole penetration ■ Novelty: Elimination of punching in the intermediate section of small-diameter deep holes *For more details, please download the PDF or feel free to contact us.
Introducing cold forged products with stepped hole machining used in automotive parts.
At Sankei Co., Ltd., we respond to the diverse needs of the automotive industry by manufacturing products in various shapes. Utilizing equipment that boasts high production efficiency, we challenge ourselves to realize even more complex shapes and new technologies. We provide high quality and excellent cost performance. At Sankei, we are actively engaged in product development, leveraging our unique technological capabilities and equipment to meet the demands of the times and our customers, including products made from new materials, as well as various sizes and shapes. 【Features】 ○ Step hole processing ○ Material SUS 430 ○ Cutting material For more details, please contact us or download the catalog.
[Quality UP] If a hole at the bend is needed, add a relief hole!
If there is a hole processing at the bending edge, it is best to shift the hole arrangement due to concerns about deformation. However, if you absolutely want to maintain the arrangement, additional hole processing is performed with a drill or similar tool after bending, which leads to quality issues and increased costs. By adding a 'relief hole' at the bending edge, bending stress can be alleviated. Furthermore, by reducing the impact of stress, it becomes possible to prevent deformation of the necessary round holes and reduce processing man-hours. 【Features】 ■ Addition of 'relief holes' at the bending edge ■ Ability to relieve bending stress ■ Prevention of round hole deformation ■ Reduction of processing man-hours ■ Possible improvement in quality and reduction in costs *For more details, please refer to the PDF document or feel free to contact us.
Micro square hole processing of fine nickel using ultra-short pulse laser.
【Material】 Nickel 【Industry and Applications】 Medical devices and medical parts industry Automotive parts industry Electronic and electrical components industry 【Dimensions】 Thickness 0.2mm (200μm) 【Processing】 Ultrashort pulse laser processing 【Features】 This product features fine square hole processing in nickel material. The material is nickel with a thickness of 0.2mm (200μm), processed with fine square holes of 40μm (with a remaining 20μm) at a pitch of 60μm.
Leave it to us for precision micro parts and parts processing with fine holes!
ISS Dainichi Co., Ltd. utilizes its technology in micro-hole processing and complex shape processing to provide precision parts, primarily for the medical field. At the exhibition, we showcased ultra-small tip components for laparoscopic surgical endoscopes, catheter parts, and nozzle components with fine hole processing. By leveraging micro-hole processing technology with a minimum size of 0.01mm and precision machining technology for difficult-to-cut materials, we achieve high-quality products. Through these technologies, we aim to provide our customers with "surprise" and "impression."
![[VA/VE Case] Change in the shape of the seat hole tear](https://image.mono.ipros.com/public/product/image/cd2/2001136691/IPROS52061418410161258246.jpeg?w=280&h=280)
Proposing a shape that ensures functionality without increasing man-hours! A case where a smooth transition to mass production was achieved.
We received a consultation from the manufacturer regarding the improvement of safety during assembly work, and we would like to introduce a case where we changed the shape of the counterbore hole to prevent tearing. In a flange-shaped part, the counterbore hole for the fixing bolt interfered with the center hole and became dangerously thin and knife-like, raising concerns about deformation and other issues. We modified the counterbore hole for the fixing bolt by cutting it into a U-shape towards the center hole, ensuring that no thin, knife-like edges remained. [Case Overview] ■ Issue: The counterbore hole for the fixing bolt interfered with the center hole, creating dangerously thin, knife-like edges and raising concerns about deformation and other issues. ■ Result: The counterbore hole for the fixing bolt was cut into a U-shape towards the center hole, eliminating any thin, knife-like edges. *For more details, please visit our website or feel free to contact us.
We contribute to improving the rigidity of machine tools. Please consult us regarding deep hole machining.
In the machine tool industry, high precision and durability are required, and rigidity is also an important factor. To maximize the performance of machine tools, the precision of deep hole machining is crucial, including the flow paths for cooling water, air passages such as pneumatic lines, and insertion holes for heaters. Our company processes deep holes ranging from φ3 to φ30 using gun drilling, providing finished products. Depending on the materials and hole sizes, we can also accommodate deep hole machining in plastic, so please feel free to consult with us. 【Application Scenarios】 - Cooling water channels for machine tools - Pneumatic piping - Heater insertion holes 【Benefits of Implementation】 - Improved performance of machine tools - Enhanced durability - Increased product precision
For heat dissipation measures of semiconductor devices. We solve challenges with deep hole processing.
In the semiconductor manufacturing industry, effective heat dissipation measures are essential due to the increasing density and performance of devices. In particular, the precision and quality of deep hole machining in the production of heat dissipation components using metals and plastics with high thermal conductivity significantly affect product performance. Improper machining can lead to reduced heat dissipation efficiency and potential device failure. Our company processes deep holes ranging from φ3 to φ30 using gun drilling, providing products tailored to customer needs. In metals, deep hole machining is often required for cooling water flow paths, air passages such as pneumatic lines, and heater insertion holes. Depending on the materials and hole sizes, we can also accommodate deep hole machining in plastics, so please feel free to consult with us. 【Application Scenarios】 * Semiconductor packages * Heat sinks * Cooling plates * Heat dissipation fins 【Benefits of Implementation】 * Improved heat dissipation performance * Extended device lifespan * Enhanced product reliability
![[Defense] Deep Hole Machining (Gun Drilling)](https://image.mono.ipros.com/public/product/image/2052533/IPROS15969608000781738730.jpeg?w=280&h=280)
Deep hole machining of metals and plastics. For products that require durability.
In the defense industry, high durability is required for the long-term reliability of products and the maintenance of performance under harsh conditions. Particularly for components that require deep hole machining, such as cooling water flow paths, air passages like pneumatic lines, and heater insertion holes, machining precision and material selection are crucial. Improper machining or material selection can lead to early deterioration or malfunction of the components. Our company processes deep holes ranging from φ3 to φ30 using gun drilling, delivering them as finished products. We can accommodate various materials to meet customer needs. 【Application Scenarios】 - Components used in harsh environments - Components requiring high precision - Components that need cooling water or pneumatic passages 【Benefits of Implementation】 - Improved product durability - Enhanced reliability of components - Long-term maintenance of performance
Deep hole machining that contributes to hygiene management in food machinery. Please consult us.
In the food machinery industry, maintaining hygiene inside the machines is crucial to ensure product safety. In particular, areas that come into direct contact with food and deep holes that are difficult to clean are prone to becoming breeding grounds for bacteria, which can increase the risk of product quality deterioration and food poisoning. Deep hole processing is utilized as a pathway for cooling water and cleaning solutions, contributing to the hygiene management of food machinery. Our company processes deep holes ranging from φ3 to φ30 using a gun drill, providing finished products. Depending on the materials and hole sizes, deep hole processing in plastic is also possible, so please feel free to consult us. 【Application Scenes】 - Food filling machines - Cleaning machines - Sterilization devices 【Benefits of Implementation】 - Improved hygiene conditions inside the machines - Ensured product quality and safety - Enhanced maintainability
Precision machining for medical devices. We offer deep hole machining for metals and plastics.
In the medical device industry, there is a trend towards miniaturization and precision of products, which requires fine hole processing. In particular, areas that require high precision, such as flow paths inside medical devices and fixing holes for components, are significantly influenced by the quality of deep hole processing. If the precision of deep hole processing is low, it can lead to fluid leaks or malfunctioning of components. Our deep hole processing (gun drilling) can handle deep holes from φ3 to φ30 using gun drills, and we provide them as finished products. Depending on the materials and hole sizes, deep hole processing in plastic is also possible, so please consult us. 【Application Scenarios】 - Processing of flow paths for medical tubes - Processing of fixing holes for precision parts - Hole processing for medical device housings 【Benefits of Implementation】 - Improved product quality through high-precision hole processing - Increased design flexibility by accommodating various materials - Reduced lead time by providing finished products
For deep hole machining of high-pressure hydraulic equipment, please consult Daiichi Shoko.
In the hydraulic equipment industry, the reliability of hydraulic control components under high-pressure conditions is crucial. In particular, components such as hydraulic cylinders and valves require deep hole machining that can withstand high pressure. Improper machining can lead to oil leaks and performance degradation. Our company processes deep holes ranging from φ3 to φ30 using gun drilling, providing finished products. We offer deep hole machining for metals and plastics (such as acrylic) tailored to customer needs. 【Application Scenarios】 - Machining of cooling water passages for hydraulic cylinders - Machining of air passages for valve components - Machining of high-pressure piping components 【Benefits of Implementation】 - Improved reliability of components in high-pressure environments - Reduced risk of oil leaks - Increased product lifespan
Deep hole machining that contributes to energy efficiency. Leave deep hole machining of metals and plastics to us.
In the energy industry, there is a demand for improved efficiency in heat exchangers and cooling systems. In particular, optimizing flow paths is crucial for enhancing energy efficiency. Deep hole machining is essential for precisely processing the flow paths of cooling water and air passages, contributing to improved system performance. Our company processes deep holes ranging from φ3 to φ30 using gun drilling, providing finished products. We can also accommodate deep hole machining in plastic to meet customer needs. Please feel free to consult with us. 【Application Scenarios】 - Heat exchangers - Cooling systems - Fuel cells - Other energy-related equipment 【Benefits of Implementation】 - Improved energy efficiency - Extended product lifespan - Cost reduction - Enhanced system reliability
