Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
1～24 item / All 24 items
We carried out narrow pitch groove processing on SUS430J1L with a width of 10μm and a pitch of 10μm.
The processing method has been adjusted to achieve grooves of 5μm and 10μm in depth, with the same groove width and pitch.
We propose enhancing the functionality of cutting tools and extending tool life through texture processing.
This time, we will introduce ultra-short pulse laser processing for tools that are essential for machining difficult-to-process materials and new materials. CBN (cubic boron nitride) tools, which have hardness second only to diamond and heat resistance greater than that of diamond, are widely used as cutting tools. At Lips Works, we have been proposing the enhancement of tool functionality and the extension of tool life through texturing processes on cutting tools. As a new processing pattern to be added to texturing, we will guide you on groove processing for cutting tools.
We support high precision and a large number of fine groove processing through grinding.
【Work Size and Shape】 - Supports V shapes at any angle, as well as R shapes. 【Processing Accuracy】 - Pitch accuracy cumulative error of 0.3μm.
This is an introduction to an example of spiral groove machining using a machining center.
Klein Co., Ltd. specializes in precision machining, particularly in high-difficulty tasks, and offers "integrated production from prototyping to mass production" and "mass production with extremely stable quality." We also handle difficult-to-machine materials such as oxygen-free copper, Kovar, titanium, and magnesium. Additionally, we perform assembly for high-precision components and can accept comprehensive orders that include surface treatment by partner manufacturers. By arranging for irregular materials and assembly components in-house, we strive to reduce the labor involved in parts procurement for our customers. 【Specifications】 ○ Material: Aluminum Duralumin ○ Lot: 1 to 100 pieces ○ Precision: 0.1mm to 1/100mm For more details, please contact us.
Groove width 1mm, groove depth 1mm! It is possible to uniformly process grid-like grooves.
This is an example of groove processing using NC machining. The groove width is 1mm, and the groove depth is uniformly created in a lattice pattern. Our NC machining encompasses various methods for shape-defining processes such as contour machining and fine machining, all finished to high quality and precision. Please feel free to contact us for anything related to glass. *For more details, please refer to the PDF document or feel free to contact us.
Leave the star-shaped groove processing with a width of 1.3mm and a depth of 20mm to us!
Please leave the processing that was rejected by other companies, as well as high-precision processing that cannot be replicated by others, to us. We develop tools in-house to accommodate your needs.
![[Osaka Lathe Processing] End Face Groove Processing SUS304](https://image.mono.ipros.com/public/product/image/5e9/2000529688/IPROS74045736590917155734.jpeg?w=280&h=280)
Stainless steel lathe processing (SUS304) end face groove processing precision parts for labor-saving machinery devices [Leave cost reduction to Philir Co., Ltd.]
♦Material SUS304 (Stainless Steel) ♦Industry Industrial Machinery Equipment Labor-Saving Machinery Equipment ♦Processing Method Lathe Processing Milling Processing ♦Surface Treatment Treatment (Within Japan) ♦Quantity 100 to 1000 pieces ♦Description Due to the processing of deep grooves and being a mass-produced item, we focused on stabilizing the process by taking time in selecting the cutting tools. *We invite you to request a quote, and we will respond to your company's needs. Please feel free to consult us after visiting our website. =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=- Fi-Rail Co., Ltd. Sales Department, Yoshikazu Demizu 570-0043 6-11-12 Minamiterakatahigashi-dori, Moriguchi City, Osaka Prefecture TEL: 06-7493-8864 FAX: 06-7493-8871 Mobile: 070-3885-7735 E-mail: demizu@fi-real.com Website: https://fi-real.com/
O-ring groove machining that maintains high sealing performance through a hairline finish.
Our company aims to provide consistent production from prototype to mass production, including material procurement, processing, surface treatment, and assembly, in line with our customers' requirements for cost, quality, and delivery time, as well as creating products with strong proposal capabilities. We achieve surface roughness and precision that maintain high confidentiality. We accommodate a wide range of metal processing for forged and cast materials, utilizing our unique technologies and know-how cultivated over many years to meet various customer needs. 【Strengths】 - Achieving surface roughness and precision that maintain high confidentiality - High-precision inner diameter O-ring grooves - Abundant know-how based on production achievements *For more details, please refer to the PDF document or feel free to contact us.
A groove will be made for the fingers to grip the glass door of the cupboard.
We process the pull grooves into glass. Processing is possible for glass with a thickness of 3mm or more. We are confident in our technology and quality! If you have concerns about processing plate glass or mirrors, please feel free to consult us. Ikawa Plate Glass Mirror Manufacturing Co., Ltd. is focused on mechanizing and mass-producing glass processing, as well as enhancing our machinery and equipment. As a young player in the processing industry, we have been exploring the appropriate way of glass processing that fits the times, and we have come to occupy a significant position in the field of industrial glass processing. In particular, we are consistently introducing NC machines for high value-added processing and for the beveling process, which is said to be underrepresented in the industry, maintaining a mass production stance.
Using a picosecond laser with the same spot diameter for SUS and PI, we processed five types of grooves with different depths.
The five grooves in the image are all processed with a target width of 15μm. Even if the entrance width is the same, you can see that the cross-section changes from a U-shape for shallow grooves to a V-shape for deep grooves. Similarly, when the material changes from metal to resin, the change in cross-sectional shape can also be observed.
Our company performs press groove processing suitable for architectural components.
Toyooka Manufacturing has a long history of metal deep drawing processing, and currently specializes in ultra-deep drawing and stepped drawing, as well as handling cold forging and pressed parts. We would like to introduce examples of our pressed groove processing products through photos. These products are used in the construction parts industry. 【Features】 ■Industry: Construction parts ■Materials: Aluminum, Copper ■Precision: 0.1mm to 1/100mm ■Lot size: 10,000 to 100,000 pieces *For more details, please feel free to contact us.
Micro-groove processing
Achieved fine groove processing with a width of 40μ and a depth of 640μ!
Small-diameter combined lathe, fine groove processing, shallow seat drilling processing, ultra-shallow recess processing, aluminum precision parts for semiconductor manufacturing equipment.
**Material** Material A5056 (a5056) **Industry and Application** Semiconductor manufacturing equipment industry Aluminum precision parts for semiconductor manufacturing equipment **Dimensions** φ10 × 11.5mm **Processing** Composite lathe Machining center **Features** This product is an aluminum precision part for industrial robots made from material A5056 (a5056). The product features a very shallow recessed area, as seen in the photo, with a tolerance of 0.05±0.003mm, which is extremely strict! Processing was performed using a composite lathe and a machining center. By machining the recessed area with a machining center, we can avoid the occurrence of protrusions in the center and achieve a beautiful surface finish! This product involves fine groove processing, but we also perform many other types of micro-processing, such as ultra-small diameter hole processing and mirror surface cutting! If you are having trouble with aluminum precision part processing, please contact Nakata Seisakusho! Additionally, our website provides detailed explanations of aluminum precision processing technology and aluminum precision parts, so please take a look.
We have 13 large machines installed in our company. Since we can process them all at once on a spacious table, we can achieve short delivery times. Customers are often surprised.
The greatest strength of Yōwa Iron Works. We maximize the advantages of our 13 large five-sided machining centers while processing. We also support automation, further increasing efficiency. Since cutting processing takes a considerable amount of time, we primarily operate during off-hours for sending. This leads to a reduction in time. Regarding bending, skilled craftsmen meticulously design the programs. Our company excels in processing that requires high precision.
It is possible to perform drilling with a minimum diameter of 0.1 mm, step machining, groove cutting, and internal and external surface machining, among other processes.
We perform polishing processes for ultra-small cubes (0.5□ etc.), corner pillar fibers (0.2□ × 50mm etc.), drilling of holes with a minimum diameter of 0.1mm, and other fine products. Using NC grinding machines and laser processing machines, we achieve various shapes with high precision, including drilling, step processing, groove cutting, inner and outer surface machining, and threading. Product inspection includes intermediate inspections during the processing stages, meticulous inspections by skilled technicians, advanced inspections with three-dimensional measuring instruments, and final inspections in a clean room with a fully controlled environment to ensure satisfactory quality, with the highest quality management in place. For more details, please contact us or refer to our catalog.
We will solve the problem during film transport in one shot.
By processing fine grooves, air trapped between the roll and the film is eliminated, maintaining friction. This prevents film running instability, wrinkles, and scratches. It enables transportation at low tension. 【Features】 ○ Rental of fine groove rolls for evaluation available ○ Test equipment for film evaluation available For more details, please contact us or download the catalog.
This time, I will introduce the processing of irregular-shaped grooves. Our company strives to meet our customers' requests as much as possible.
Industry: Machine Tools Material: S45C Lot: 10 pieces Accuracy: 2/100 Usage: Machine tool parts Machining Equipment: Horizontal Machining Center Product Size: Outer Diameter Φ200, Length 20 The processing steps for this product are: heat-treated material - lathe - machining. The heat-treated material is procured from a partner company. There is a groove processing on the inner diameter, but since the groove does not go all the way around, it will be processed using machining. We have selected a chip that matches the shape this time, but if there are no off-the-shelf products that fit the shape, we will proceed with discussions with the tool manufacturer for custom production. Additionally, if manufacturer responses take time, we may also produce the tools in-house. If anyone is having trouble with processing irregular shapes, please feel free to contact us. Nakamura Seisakusho Co., Ltd. 1245 Hiroencho, Yokkaichi City, Mie Prefecture 512-8061 Tel: 059-364-9311 Fax: 059-364-8836 Contact Person: Sales Team, Sato Inquiry: https://www.nakamuraseisakusyo.co.jp/05contact-est.php
V-groove machining with a width of 3mm and a depth of 4mm is possible! Achieving ultra-precision machining through a special manufacturing process!
We would like to introduce the "groove processing" that we perform at Tomato Industry. It is possible to apply grooves and V-groove processing to calcium silicate boards and wooden boards. This processing has the characteristic of easily picking up errors due to the precision of the boards. However, our company achieves ultra-precision processing through a special manufacturing method. Please feel free to contact us when you need our services. 【Features】 ■ V-groove processing at a 45° angle, width: 3mm, depth: 4mm is possible ■ Easily picks up errors due to the precision of the boards ■ Our company achieves ultra-precision groove processing through a special manufacturing method *For more details, please refer to the PDF document or feel free to contact us.
Introducing further fine groove processing and engraving processing with minimal heat impact.
With the new ultra-short pulse laser processing machine, it is possible to perform finer groove processing and engraving with minimal thermal impact. We would like to introduce some cutting processing examples as samples from our case studies. We will respond to customer requests regarding processing methods and more. 【Groove Processing and Engraving Examples (Samples)】 ■ Engraving Processing - Equipment Used: LT40S - Material: Brass ■ Engraving Processing - Equipment Used: LT40S - Material: Titanium, etc. *For more details, please refer to the PDF materials or feel free to contact us. Alternatively, visit our website! ⇒https://www.ebtohoku.co.jp/result/laser/
The inner diameter groove machining of high-pressure casing can be turned with a half-split single piece!
Kobayashi Iron Works Co., Ltd. supplies a wide variety of products, including construction parts and turbine parts for power generation. We possess processing technologies such as NC turning, boring, and five-sided machining, and we perform turning processing on the inner diameter grooves of high-pressure casings as individual split pieces. *For more details, please feel free to contact us.
![[Case Study of Fitting Structure] Square Pipe Edition (2)-1](https://image.mono.ipros.com/public/product/image/a86/2000793697/IPROS00414405421948203499.png?w=280&h=280)
Each one will have a keyway machined during the design phase! Here are examples where alignment can be easily achieved.
We would like to introduce a case study on the fitting structure of square pipes. The theme this time is alignment using mortise and tenon joint shapes. Generally, three materials are required at the corners. It is necessary to align the positions in order for each of them. By designing mortise and tenon processing for each part during the design phase and performing laser processing, it becomes possible to easily achieve alignment. You can view detailed case study content through the related links. 【Benefits】 ■ Alignment can be easily achieved *For more details, please refer to the PDF materials or feel free to contact us.
Achieving fine groove processing of semiconductor devices with wire-cut electrical discharge machining!
In the semiconductor industry, as devices become more densely packed, the precision and quality of fine groove processing are becoming increasingly important. In particular, the shape, dimensional accuracy, and surface roughness of fine grooves, which influence the performance of wafers and chips, have a significant impact on yield and product lifespan. There is a demand for technology that can process difficult shapes and ultra-fine grooves at equal intervals. Our wire-cut electrical discharge machining technology addresses these challenges and supports the manufacturing of high-quality semiconductor devices. 【Application Scenarios】 - Fine groove processing of semiconductor wafers - Electrode groove processing of IC chips - Fine structure processing of MEMS devices - Processing of other semiconductor components requiring fine grooves 【Benefits of Implementation】 - Improved device performance through high-precision fine groove processing - Increased yield - Extended product lifespan - Enhanced design flexibility
Utilizing ultra-precision groove processing technology, we have achieved rectangular grooves with a high aspect ratio of 30 times. Additionally, we have realized a wall thickness of 0.015mm separating the grooves.
Our company specializes in the production of precision molds and parts that require high precision quality, including light guide plates, reflectors, diffraction gratings, and spectroscopic components. With processing machines capable of nano-order level control, we can perform ultra-precision cutting processes such as mirror finishing and high aspect ratio groove machining. We propose the following applications based on the processing technologies below: * Groove depth: 0.2 mm, groove width: 0.05 mm, groove wall thickness: 0.015 mm, actual results * Groove depth: 0.3 mm, groove width: 0.04 mm, groove wall thickness: 0.01 mm, expandable 1. Cell Separation There are several methods for cell separation, including density centrifugation, flow cytometry, and magnetic cell separation, all of which require pre-treatment of the cells with markers. By utilizing the groove width precision of ±0.001 mm, we believe it can be used without pre-treatment. Additionally, by incorporating slopes and steps on the bottom surface, we expect an increase in flow rate and a reduction in processing time. 2. Micro Heat Sinks Heat sinks are required for power devices, and we believe they can be utilized for heat sinks with ultra-fine fins that are difficult to manufacture with conventional processing. * For more details, please refer to the materials. Feel free to contact us with any inquiries.
