Square hole machining by corner mill.
Square hole machining with a corner mill.
Changing common sense!! Square hole machining with a corner mill.
- Company:戸田精機
- Price:Other
Last Updated: Aggregation Period:Dec 24, 2025~Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 24, 2025~Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 24, 2025~Jan 20, 2026
This ranking is based on the number of page views on our site.
61~75 item / All 134 items
Square hole machining with a corner mill.
Changing common sense!! Square hole machining with a corner mill.
We aim to minimize the processing area, precisely and accurately reduce the altered layer, and make the subsequent processes easier and less frequent.
【Processing Results】 〇0.85t Hv=65 〇φ0.12×132 holes 〇φ0.24 & φ0.1 stepped holes 450 holes 〇φ0.345~0.347 〇φ0.123~0.127 *For more details, please download the PDF or feel free to contact us.
Perfect for machining screw holes in difficult-to-cut materials!! Precision threading and through or blind holes in materials like stainless steel, Inconel, and titanium alloys can be done with just one tool!
The "thread milling cutter" can perform precise threading and through holes, including blind holes, on materials such as stainless steel, Inconel, and titanium alloys, all with a single tool! As a result: - Significant reduction in material costs and weight - Shortened processing time
Ideal for processing large diameter threaded holes!! Through holes and blind holes can be processed with a single cutter, making it economical.
● The large-diameter thread milling cutter can process both through holes and blind holes with a single cutter, making it economical. ● It allows for precise screw machining with short chips. ● It offers high precision and contributes to reduced processing time. ● It is chip-type and economical.
We will leverage our world-class technology to propose products with unique new value and functionality through "drilling and external processing."
Through our 40 years of experience in "hole drilling and shape processing," we will propose products with unique new value and functionality by leveraging our world-class technology. 【Features】 - Various improvements in functionality through hole processing (e.g., sound absorption, permeability, breathability, weight reduction, design, heat dissipation) - Cost advantages - Short delivery times due to production control - Service provision through a global chain *For more details, please contact us or refer to our catalog.
We are working on the development that brings together drilling technology.
- We have a track record of drilling holes in leather (genuine leather, synthetic leather, and composite leather). - Through holes, blind holes, and surface-only cutting are possible. - It is possible to apply design patterns to fabrics of various thicknesses.
- Active practice enhances skills - Compatible with 5-axis machining.
We are engaged in the processing of general precision parts and the production of jigs using our latest equipment and technology, developed from our experience in manufacturing oil and pneumatic valves, jigs for IC packages, and semiconductor manufacturing jigs. Currently, we specialize in ultra-fine hole processing and extremely fine groove processing, enabling us to process holes starting from φ0.05 to meet customer demands. Additionally, we have initiated the development of processing methods for new materials such as titanium alloys, Kovar, Inconel, and Hastelloy in collaboration with our group companies, and we operate as a certified company in Ina City. For more details, please contact us or refer to our catalog.
Compatible with various materials. Fine multi-hole processing with a hole diameter of φ0.05mm and above. This is an example that supports an opening ratio of up to 60%.
【Features】 - Supports an opening rate of up to 60% - Reduction of twisting in continuous punching - Switch from etching Materials: Stainless steel, PET, titanium, etc. Material thickness: 0.05mm and up Applications: Automotive parts In the precision parts division of Misuzu Industry, we utilize the technology of press processing (metal and non-metal) for ultra-small and thin parts developed through the manufacturing of watch components to perform fine and complex shape punching, bending, and drawing 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-level orders for shapes and precision from our customers, meeting diverse needs. *For more details, please contact us directly.
We can also create wiring patterns for both sides of the glass and multilayer wiring, so please feel free to consult with us!
We offer a "glass through-hole processing service using sandblasting + wet etching methods." We accommodate thin to thick metal films such as ITO / Cr / Ti / Al / Au / Ag / Cu / Ni / Mo alloys. We can also create wiring patterns and multilayer wiring on both sides of the glass, so please feel free to consult with us. 【Substrate Details】 ■ Alkali-free glass ■ φ12 inches × 0.3 mm thick ■ Aperture diameter: φ150 μm ■ Pitch: 300 μm ■ Number of holes: 700,000 ■ Metal film: 8,000 Å *For more details, please refer to the PDF document or feel free to contact us.
A flat grinding with a parallelism and flatness requirement of 0.03mm! 2000 through holes with a diameter of 0.5mm.
We would like to introduce a case study of "flat grinding and hole processing of non-magnetic metals" conducted by Aitec Co., Ltd. A flat grinding process was performed on an aluminum plate measuring 200mm × 400mm × 6mm, requiring a parallelism and flatness of 0.03mm, and 2000 through holes of Ф0.5mm were processed. For the hole processing of 0.5mm, we adjusted the feed while machining with a machining center at a maximum speed of 20,000 rpm, successfully completing the work without breaking the drill. 【Case Overview】 ■ Size: 200mm × 400mm × 6mm ■ Material: Aluminum ■ Processing Details ・Flat grinding requiring a parallelism and flatness of 0.03mm ・Processing of 2000 through holes of Ф0.5mm *For more details, please refer to the PDF document or feel free to contact us.
The superiority of the Ebina proposal process! Achieving ultra-high density fine holes without cracks or chipping.
Our processing technology enables the creation of glass without cracks or chips, and allows for ultra-high-density fine holes. The roughness of the sidewalls of the through holes is Ra0.08μm. We can achieve smooth sidewalls, enabling miniaturization and integration of devices. The shapes of the through holes can be selected from straight, hourglass, or tapered. 【Features】 ■ No cracks or chips ■ Smooth sidewalls ■ Ultra-high-density fine holes ■ Miniaturization and integration of devices *For more details, please refer to the PDF document or feel free to contact us.
Ultra-fine hole machining technology
**Material** A5052 (a5052) **Processing** Machining center **Features** We have established a continuous drilling technology for extremely small diameter holes of φ5μ at 30 locations. It penetrates material A5052 with a thickness of 20μ. (This has also been successful with A7075 material.) Developing from a hole diameter of φ8μ to φ5μ took 8 months due to the mere 3μ wall. The hole tolerance achieved is approximately ±0.2μ. It is possible for thicknesses up to 30μ. This technology is mainly applied in the medical, bio-related, and aerospace industries. For extremely small diameter hole processing between φ8μ and φ30μ, an aspect ratio of over 10 times is also possible. Furthermore, we distinguish our processing techniques as follows: extremely small diameter hole processing for holes below φ30μ, small diameter hole processing for holes between φ30μ and φ100μ, and small hole processing for holes over φ100μ. For extremely small diameter hole processing, mirror surface cutting, and other aluminum processing concerns, please feel free to consult Nakata Seisakusho! Additionally, our website features information on aluminum precision processing technology, aluminum precision parts, as well as our company culture and the latest updates!
We are always committed to improving the quality of our products and actively conduct quality inspections.
We specialize in micro hole processing. You can view our case studies and list of machining equipment by downloading the catalog.
A 300mm deep hole was machined into a 5-meter long aluminum material. Trepanning was performed from both ends.
This is a photo of the trepanning process performed from both ends of the material. When trepanning is carried out, a core of material remains. Since the processing was done from both ends, a flange has formed in the central part of the core material.
After L1 and BTA, the hole diameter of the treated material will be further enlarged.
Using a head called a counter, we further enlarge the hole diameter of the material that has undergone tempering after L1 and BTA. We carry out processes such as L1, BTA → tempering → L2, BTA → stress relief → L3, BTA at the request of our customers. After the final BTA, honing may also be performed. In that case, honing will be carried out by our partner company, and honing is also very well received.