Corporate
Profile

[Company strength]
Our target is to become a technology and craftsmanship transfer enterprise, in which technology is developed and craftsmanship is transferred to the next generation. The know-how developed and accumulated by an expert craftsman is transferred to the younger generation. We have established a management system that pursues efficiency and correctness. We offer cost reduction, quality control, super-quick delivery, and flexible support for urgent orders. We have acquired and are observing the JIS Q 9100 quality management system standard for the aerospace industry in order to pursue thorough quality assurance. 

[Business description]
[Description of business]
We manufacture aerospace related parts, parts related to semiconductor manufacturing equipment, and parts for various precision machines.
Maximum size of processing and inspection:
Milling cutter: 3000 × 1500.
Lathe: diameter 1200.
Three-dimensional measuring machine: 1200 × 1200.
[Main facilities]
CAD/CAM and simulation software: VERICUT; Catia V5; Virtual Gibbs; MasterCAM.
Three-dimensional measuring machine: Tokyo Seimitsu CONTURA G2. Stroke: X, 1000 mm; Y, 1200 mm; Z, 600 mm.
Three-dimensional measuring machine: Mitsutoyo; Crysta-Apex C1200. Stroke: X, 1205 mm; Y, 1205 mm; Z, 1005 mm.
5-axis control vertical machining center: Matsuura machine MAM72-42V (with 24 pallets). Stroke: 520 mm × 730 mm × 510 mm.
5-axis control vertical machining center: Matsuura machine MX-520 (2 sets). Stroke: 630 mm × 560 mm × 510 mm.
5-axis control horizontal machining center: Makino Milling Machine, A66E-5XD. Stroke: 730 mm × 730 mm × 800 mm.
5-axis control vertical compound processing machine: Okuma VTM-1200YB. Stroke: 1270 mm × 1000 mm × 1080 mm.
Compound processing machine: DMG Mori Seiki NTX1000 (3 sets, including 2 sets equipped with a bar feeder). Stroke: diameter 370 mm × 424 mm. 
Gate-type 5-side processing machine: Okuma MCR-A5C. Stroke: 3200 mm × 2500 mm × 650 mm.
General-purpose NC lathe: Takizawa TAC-950. Stroke: diameter 950 mm × 2000 mm. 
CNC lathe: DMG Mori Seiki SL-603B (2 sets). Stroke: diameter 900 mm × 1000 mm.  
Three-dimensional measuring machines (5 sets); machining machines (23 sets); lathes (20 sets); wire cut EDM processing machine (1 set); precise plane grinding machine (1 set).


[Industry]
 the aerospace industry & semiconductor industryAerospace and semiconductors

[Strength of products/technologies]
We are strong in the in-house development of original jigs and tools. This makes it possible for us to process difficult-to-machine materials and complicated shapes, and reduces costs. Our technical development support team is composed of staff members who are expert craftsmen. This team is involved in research on how to perform quick processing with stable quality, and feeds back the results to the on-site manufacturing line. 

[Representative's message]
We have been making investments to realize our entry to the aircraft industry and established a second factory as a new production base. In this second factory we carry out process integration and automation by introducing highly precise, highly efficient compound processing machines and 5-axis processing machines. As a consequence of our equipment improvements, we have a strong interest in the trend of links between medical science and engineering and state-of-the-art technologies.

[Company structure for market development/overseas expansion]
We have assigned staff in charge of new transactions as the point of contact to provide quick support for inquiries from customers on prices, delivery times, and technical matters.

[Awards and media coverage]
[Media]
The battle for a 2-cm diameter: A local factory is enthusiastic in the All-Japan Manufacturing Industries Koma Taisen (February 14, 2013).
Quarterly Bulletin of the Chugoku Branch of the Ministry of Economy, Trade and Industry (July 2013, July 1, 2013).
Nihon Keizai Shimbun (October 14, 2013).
Television Shin Hiroshima System, Okayama Broadcasting, San-in Chuo Television Broadcasting, and Yamaguchi Broadcasting System, “Splendid Companies” (December 22 and 28, 2013).


[Authorization/Certification]
Acquired ISO 9001:2008 certification (Registration Number: JQA-QMA14798). Scope: Manufacturing of precision machine parts.
Acquired ISO 14001:2004 certification (Registration Number: JQA- EM6956). Scope: Manufacturing of precision machine parts.
Acquired ISO 9100:2009 certification (Registration Number: JQA- AS0116). Scope: Manufacturing of machine processing parts for the aerospace and defense industries.


[Factory (domestic)]
main & secondary factories

[Other sites]
http://www.hibikiseiki.com/

[Exhibition History/Information]
June 2001: The 5th M-Tech (Tokyo Big Sight).
June 2002: The 6th M-Tech (Tokyo Big Sight).
June 2003: The 7th M-Tech (Tokyo Big Sight).
November 2003: The 6th Monozukuri Partner Forum 2003 (Tokyo Metropolitan Industrial Trade Center).
June 2004: The 8th M-Tech (Tokyo Big Sight).
November 2004: The 7th Monozukuri Partner Forum 2004 (Tokyo Metropolitan Industrial Trade Center).
June 2005: The 9th M-Tech (Tokyo Big Sight).
November 2005: The 8th Monozukuri Partner Forum 2005 (Tokyo Metropolitan Industrial Trade Center).
June 2006: The 10th M-Tech (Tokyo Big Sight).
November 2006: The 9th Monozukuri Partner Forum 2006 (Tokyo Metropolitan Industrial Trade Center).
June 2007: The 11th M-Tech (Tokyo Big Sight).
November 2007: The 10th Monozukuri Partner Forum 2007 (Tokyo Metropolitan Industrial Trade Center).
June 2008: The 12th M-Tech (Tokyo Big Sight).
October 2008: International Aerospace Exhibition 2008–Japan International Aerospace Exhibition 2008 JA2008 (Pacifico Yokohama).
November 2008: The 11th Monozukuri Partner Forum 2008 (Tokyo Metropolitan Industrial Trade Center).
June 2009: The 13th M-Tech (Tokyo Big Sight).
June 2010: The 14th M-Tech (Tokyo Big Sight).
July 2010: Difficult Manufacturing Technology Show 2010 (Port Messe Nagoya).
November 2010: Aerospace Industrial Technology Show 2010 (Port Messe Nagoya) .
June 2011: The 15th M-Tech (Tokyo Big Sight).
July 2011: Difficult Manufacturing Technology Show 2011 (Port Messe Nagoya).
October 2011: Monozukuri Festa 2011 (Yamaguchi Centennial Meiji Restoration Memorial Park, Sports & Culture Center). 
June 2012: The 16th M-Tech (Tokyo Big Sight).
July 2012: Difficult Manufacturing Technology Show 2012 (Port Messe Nagoya).
November 2012: The 2nd Fundamental Technology Exhibition for Future Generation Monozukuri, TECH Biz EXPO 2012 (Port Messe Nagoya).
October 2012: International Aerospace Exhibition 2012–Japan International Aerospace Exhibition 2012 JA2012 (Port Messe Nagoya).
May 2013: Japan International SME Exhibition 2013 in Kansai (Intex Osaka).
June 2013: The 17th M-Tech (Tokyo Big Sight) .
October 2013: Tokyo International Aerospace Exhibition 2013 (Tokyo Big Sight). 
October 2013: The 3rd Fundamental Technology Exhibition for Future Generation Monozukuri, TECH Biz EXPO 2013 (Port Messe Nagoya).
October 2013: Yamaguchi Integrated Business Messe 2013.
January 2014: The 43rd INTERNEPCON Japan–Exhibition on Electronics Manufacturing and Implementation Technology (Tokyo Big Sight).
February 2014: PV EXPO 2014–The 7th [International] Solar Cell Exhibition (Tokyo Big Sight).
June 2014: The 18th M-Tech (Tokyo Big Sight).
June 2014: The 5th Medical Equipment Development/Manufacturing Exhibition (Tokyo Big Sight).
July 2014: The 6th Orthopedic Surgery Society of Japan on Joint Mirror, Knee and Sports Orthopedic Surgery “Coalition between Medical Science and Engineering” (Hiroshima International Conference Arena).
September 2014: The 17th M-Tech (Intex Osaka).
June 2015: The 19th M-Tech (Tokyo Big Sight) (*planned).