Notice of Participation in the New Manufacturing and New Services Exhibition for Small and Medium Enterprises

New product! 4-blade wavy 3D composite R shape Zero Valley X is born!

The ultra-hard drill independently developed by Giken is an innovative hybrid drill that suppresses burrs, eliminates the need for pilot holes, and is re-sharpenable. We offer the ultra-hard drill "ZeroBari" in a lineup suitable for various materials such as aluminum, stainless steel, titanium, carbon fiber reinforced plastic, and Inconel. 【Features of ZeroBari X for Aluminum and Resin】 ▶ No need for centering or pilot holes ▶ Clean holes without burrs with just one ZeroBari drill ▶ Reduction in labor costs and overall cost savings ▶ Usable on pipes and curved surfaces ▶ Improved drilling speed compared to two-blade ZeroBari drills ▶ Hole accuracy of H7 or below ▶ Trademark registered and patent pending We also offer test loans (for a fee), so please contact us for more details. Additionally, if you have any other concerns regarding drills, feel free to consult us anytime. We look forward to your inquiries.

• Other cutting tools

A hybrid drill that reduces deburring work, enabling cost reduction and high-efficiency production.

The "Zero Buri GK-HSZ Series" is a cost-effective drill for stainless steel that can be re-sharpened. It can drill straight while correcting slightly bent pilot holes. It achieves excellent cutting and chip removal performance with large curves. This product is a joint development with the Fukui Prefectural Industrial Technology Center. 【Features】 ■ No burrs produced with one-shot drilling without a pilot hole ■ Hole accuracy is H6 or better as long as there is no runout ■ Outstanding straightness ■ Can drill straight while correcting slightly bent pilot holes ■ Jointly developed with the Fukui Prefectural Industrial Technology Center *For more details, please refer to the PDF document or feel free to contact us.

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Perfect for improving operational efficiency! Measures against drill breakage! Achieves excellent cutting and chip removal! Recommended drill with 4 blades and a wavy 3D composite R shape!

The "Zero Valley X" is a hybrid drill suitable for cross-hole drilling in aluminum and resin. With four cutting edges, the cutting speed is doubled (compared to our products). Burr removal work is reduced, enabling cost savings and high-efficiency production. Additionally, the sub-fine curve full flute increases cutting speed by distributing and reducing load, achieving excellent cutting and chip removal without clogging. 【Features】 ■ Four cutting edges ■ Wavy 3D composite R shape ■ Burr-free drilling in one shot without a pilot hole ■ Ideal for cross-hole drilling in aluminum and resin ■ Hole accuracy is H7 or better as long as there is no runout *For more details, please refer to the PDF document or feel free to contact us.

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High efficiency! With just one super hard drill, you can achieve clean drilling without burrs! A hybrid drill for CFRTP (thermoplastic) with multifunctionality!

The "Zero Buri GK-HCTZ Series" is a hybrid drill for CFRTP (thermoplastic CFRP) that allows for one-shot drilling without a pilot hole, resulting in no burrs. It can drill straight even with slightly bent pilot holes, exhibiting excellent straightness. The large waveform effect minimizes heat to the extreme, achieving outstanding cutting performance. 【Features】 ▶ No need for deburring ▶ Regrindable ▶ Hole accuracy is H6 or better as long as there is no runout ▶ Excellent straightness ▶ R-blade with a special R shape that disperses cutting resistance, reduces heat, further minimizes burrs (delamination), and extends lifespan ▶ Taper end mill that eliminates fine burrs (delamination) ▶ Reamer shape that finishes the hole sides beautifully ▶ Capable of drilling straight even with slightly bent pilot holes ▶ Jointly developed with the Fukui Prefectural Industrial Technology Center; patent obtained ▶ Awarded the Kansai Monozukuri Shin Selection 2014 If you have any other concerns regarding drills, please feel free to consult us anytime. We look forward to your inquiries.

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No burrs with a single perforation without a pilot hole! Even with a slightly bent pilot hole, perforation can be done straight while correcting.

The "Zero Buri GK-HCZ Series" is a hybrid drill for CFRP that reduces burr removal work, enabling cost reduction and high-efficiency production. It suppresses heat with a wave effect, achieving excellent cutting performance. It has good bite and features composite R shinning for precise positioning. Additionally, it is economical as it can be re-sharpened. 【Features】 ■ No burrs produced with one-shot drilling without a pilot hole ■ Hole accuracy is H6 or below as long as there is no runout ■ Excellent straightness ■ Can drill straight while correcting even slightly bent pilot holes ■ Jointly developed with the Fukui Prefectural Industrial Technology Center *For more details, please refer to the PDF document or feel free to contact us.

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Perfect for drilling! Excellent burr suppression, outstanding hole accuracy, equivalent to spiral reamers, and can drill curved surfaces in one go【A mysterious drill that produces no burrs】.

【Features】 - No burrs - Can drill in one shot even on curved surfaces and angled holes. - Hole accuracy H6 - Surface roughness equivalent to spiral reamers - Completes from centering to reaming finish in one shot.

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Are you having trouble with burrs during processing? Let us introduce the mysterious drill that produces no burrs: the Zero Burr Drill X Series!

Introducing the revolutionary 【Zero Burr Drill X】 that suppresses burrs generated during drilling and machining of aluminum and molds. Are you experiencing excessive burrs on the backside of pipes that require a lot of manual work? The 【Zero Burr Drill X】 is a hybrid drill that combines a taper end mill and a reamer, capable of suppressing burrs that occur during drilling. By suppressing burrs from the outset, it leads to time savings, cost reductions, and lower labor costs. We have received many positive feedbacks from our customers who are using it. (See below) 【Features】 - No burrs produced - Capable of drilling curved surfaces and angled holes in one go - Hole accuracy H7 - Surface roughness equivalent to spiral reamers - Completes centering to reamer finishing in one drilling operation - Compatible with cross holes - Cutting conditions are 1.5 to 2 times that of Zero Burr two-flute drills - Equipped with oil holes We look forward to your inquiries.

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We would like to extend our heartfelt congratulations on the continued prosperity of your esteemed company. Our company will be exhibiting at the following trade show, where we will showcase a variety of products, including new ones. We sincerely apologize for the inconvenience during your busy schedule, but we would like to invite you to attend this event. 【 Exhibition Name 】 27th INTERPHEX Week Tokyo https://www.interphex.jp/tokyo/ja-jp.html 【 Dates 】 July 9 (Wednesday) - 11 (Friday), 2025 10:00 AM - 5:00 PM 【 Venue 】 Tokyo Big Sight (3-11-1 Ariake, Koto-ku, Tokyo 135-0063)

Data Process Co., Ltd. will exhibit at "IT & Information Systems DXPO Osaka '26" held at Intex Osaka on February 26 (Thursday) and 27 (Friday). At our booth, we will introduce the latest DX solutions, centered around the electronic form solution "i-Reporter," which allows for direct input of paper forms on tablets, as well as "MotionBoard," which supports data utilization for both field and management levels. We will also have demo experiences and consultation corners available, showcasing useful case studies for information system departments in manufacturing, equipment, and distribution. Companies considering the introduction of electronic forms, as well as the digitization and visualization of data, are encouraged to stop by during this opportunity. We sincerely look forward to your visit.

We will explain the considerations for selecting the optimal filter, including the characteristics of membrane materials and structures, international and domestic regulations, and methods for estimating membrane area through small-scale tests. We will introduce key points for designing efficient and reliable filtration processes. 【Main Learning Content】 ■ Understanding the differences in filter materials and structures, and the selection points suitable for the process ■ Specific learning of methods for calculating membrane area using small-scale tests ■ Key points for filter selection and documentation in accordance with international and domestic regulations 【Seminar Overview】 ▪ Date: February 27 (Friday) from 3 PM (approximately 30 minutes) ▪ Method: Webinar recorded broadcast [Japanese, Free] *We apologize, but participation from individuals not affiliated with the same industry or using email addresses other than those of your organization is not permitted. Thank you for your understanding.

Tack Corporation will exhibit at the "AI/DX Sales and Marketing Expo 2026 Spring" held at Tokyo Big Sight. Based on our brand concept "Its evolution comes with ease of use," we provide product services with a focus on detail. We cater to a wide range of customer operations and will always introduce "user-friendly" systems from the customer's perspective. ◆ Event Overview Event Name: AI/DX Sales and Marketing Expo 2026 Spring Date: March 24 (Tuesday) - March 25 (Wednesday), 2026 Venue: Tokyo Big Sight, East Hall 4, 3-11-1 Ariake, Koto-ku, Tokyo 135-0063 ◆ Exhibition Content 【Takumi Series】 For manufacturing and construction industries 'Tack Smart Factory Cloud' For manufacturing and construction industries 'Tack Safety Gate' Security service 'Tack Secure Platform' We plan to showcase various other product services as well. If you have time, please come and visit us. ▼ For more details, please check the official website ▼ https://expo.ipros.jp/event/14277

In the fields of control design and system development, there is a demand for considerations at an earlier stage that do not rely on actual machine verification. In this webinar, we will introduce the concept of model-based development using Dymola, along with examples of its application in HVAC system control, data center cooling, and experiential evaluations in buildings and vehicle interiors. You will experience how integrating physical phenomena with a single modeling language can change the outlook of the design.