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Nov. 5(Tue.)
Nov. 6(Wed.)
Nov. 7(Thu.)
Nov. 8(Fri.)
Nov. 9(Sat.)
Nov. 10(Sun.)
Japanese 
English 
Multilingual Translation
(AI Translation included)
Changing The Future of Die Casting Leads to the Change of Metal AM of Mold Manufacturing
As the status of the application of metal AM technology to aluminum die-casting molds, we will introduce our in-house integrated production system and examples of successes and failures to date. In addition, we will introduce three projects we are working on for "standardization of AM technology specifications in die design".
Managing Director
MATSUBARA Masato
Challenges of Adopting Large Metal Powder Bed Fusion Printers
The metal powder bed fusion market has slowed down in the last few years to about half the growth rates seen even 5 years ago. This market is changing with the addition of new size ranges and a shift towards multi-laser systems. The large frame market (>350mm) has been slower to grow but has great potential. Our observation is that potential new entrants are held back by the cost and risk of adopting printers in this category. This presentation will identify the main costs and risks of adoption. These can be mitigated with new business models, flexible systems, and consulting/technical support to ease the pain of adoption and get the industry back on a high growth curve.
Account Manager
Tim Julsing
A Multi-Grid Modeling approach to thermomechanical simulation of AM parts
Additive Manufacturing (AM) parts frequently encounter residual stress induced failures (e.g. distortion, cracking, and recoater-jams) due to the plastic-deformation. Existing FEA models can predict and avoid these failures but are limited in accuracy and do not scale to the size and complexity of modern AM parts. In this presentation, a novel Multi-Grid Modeling (MGM) approach to thermomechanical AM process simulation is presented, which simultaneously solves both the accuracy and scalability challenges. MGM solves the transient FEA problem on a series of intermediate grids, with the solution for each grid combined to form a high accuracy fine grid solution.
Principal Engineer
Tyler Nelson
Software-defined inspection with industrial X-ray CT
Manufacturers are under enormous pressure to deliver products faster, at higher quality and lower cost than ever. In order to adapt, they need new digital technologies that offer better insight into how their product designs and manufacturing systems perform.
In this presentation, Lumafield Co-Founder and Head of Product Andreas Bastian will show how industrial X-ray CT gives engineers unprecedented information on their products. In a single quick scan, engineers can verify an assembly, search for casting flaws, find inclusions in plastic components, and measure invisible internal features.
While industrial CT technology has been available for decades, it's only become cost-effective for a wide range of applications in the last two years, and has even more recently become a production-scale technology, able to run as an in-line inspection solution in high-volume manufacturing environments.
Co-Founder and Head of Product
Andreas Bastian
Sustainable Manufacturing for a Circular Economy
Continuum Powders is at the forefront of the shift towards a circular economy, focusing on resource efficiency and waste minimization. This presentation will cover key concepts of the circular economy, how Continuum integrates sustainability through recycled raw materials and energy-efficient processes, and our innovative powder technologies for advanced manufacturing. It will also highlight waste reduction strategies and lifecycle extension, with real-world applications in industries like aerospace and automotive. Attendees will learn how sustainable manufacturing drives the transition to an environmentally conscious economy.
President – Asia Pacific
Phil Ward
AM Seminar by Japan Machine Tool Builders' Association
| 13:00～15:15 | Introduction of latest technology AM equipment manufactures |
| (Presenters) |
SIEMENS K.K.，C＆G SYSTEMS INC.，MITSUBISHI ELECTRIC CORPORATION，YAMAZAKI MAZAK CORPORATION，OKUMA CORPORATION，DMG MORI CO.,LTD.，JEOL LTD.，MATSUURA MACHINERY CORPORATION，SODICK CO., LTD. |
| 15:15～16:15 | Panel Discussion |
| (Facilitator) | Prof. Dr. Tatsuaki FURUMOTO (Kanazawa University) |
| (Panelist) | Prof. Dr. Hiroyuki SASAHARA (Tokyo University of Agriculture and Technology) and Seminar Presenter |
Click here for details
Developments and Prospects of Next-Generation Industrial 3D Printers
– Laser Beam System -
The achievements and challenges of “Next-generation industrial 3D printers project” are reported. In addition, regarding the laser-beam powder bed fusion process, the powder recoating and melting-solidification phenomena and the development of monitoring-feedback system are introduced.
President/Emeritus Professor
KYOGOKU Hideki
Research and Development in Electron Beam type Additive Manufacturing
Outline the research and development achievements of the first and second phases of the electron beam AM project in TRAFAM. Additionally, describe the future prospects of electron beam additive manufacturing technology based on these achievements.
Professor Emeritus(Institute for Materials Research)
CHIBA Akihiko
Trends in the machine parts and tooling industry and expectations for additive manufacturing
As the world's industrial structure changes, it is essential to strengthen the response of the machine parts and tooling industry, which is the foundation of Japanese manufacturing. I will talk about the role of metal additive manufacturing within the material manufacturing industry as a whole and its future potential.
Manufacturing Industries Bureau
Machine Parts and Tooling Industries Office
Manager
HOSHINO Masashi
Applications of the domestic sand casting 3D printer "SCM-1800" to the production of general industrial machinery parts
We introduce practical applications of sand casting applied to a drainage pump, which is a general industrial machine. In addition, we compare sand casting with conventional molding (such as wooden patterns) and explain the advantages of sand casting, key points for practical application, and future progress.
Technical Division
General Manager
KATSURADA Nobuya
Application example of sand 3D printer "SCM-800 II ".
We are in the business of manufacturing castings for prototypes and small-lot mass production. With frequently changing product designs and small-lot, high-mix needs, we are making effective use of the sand mold 3D printer "SCM-800II" manufactured by CMET. We will present the case studies of improvement and results of practical use of the printer.
PRESIDENT
HASEGAWA Yoshinari
Pioneering the future of manufacturing!
Latest large-scale metal 3D printer application technology and additive manufacturing for plants and industrial machinery
A thorough explanation of the technology applied to large metal 3D printers (DED method), which have become increasingly popular in recent years. We will introduce specific application examples such as partial modeling and part repair, and explain the key points for implementation and how to overcome challenges.
Manager
MIZUGUCHI Kazuo
3D additive manufacturing development of copper by selective electron beam melting and its application for manufacturing induction heating coils
3d additive manufacturing of copper using powder bed fusion needs electron beam heat source with energy absorption. This presentation will introduce our 3D additive manufacturing development of copper by selective electron beam melting and its application for manufacturing induction heating coils used in induction hardening processes.
General Manager
OHNUMA Ippei
【GENERAL DISCUSSION】The latest status of social implementation of Japanese 3D printers
| 《MODERATOR》 | TRAFAM/Kindai University President/Emeritus Professor Hideki Kyogoku |
| 《PANELIST》 | Each Presenter |
President/Emeritus Professor
Hideki Kyogoku
How the West is working to address the challenges of additive manufacturing
Additive manufacturing offers a huge amount of very attractive capabilities, but there have been many challenges in adoption. Through improvements in machine performance, reduction in economic barriers and a broader ecosystem of technologies, the West is striving to address the many challenges that Japanese companies are facing when evaluating adoption. This panel of international experts shares their insights on these topics, and attendees will leave with a brighter outlook on the future of additive manufacturing.
CEO
Peter Rogers
Account Manager
Tim Julsing
Principal Engineer
Tyler Nelson
Co-Founder and Head of Product
Andreas Bastian
President – Asia Pacific
Phil Ward
ShareLab
Mass Production of AM as a Business
Focusing only on technical skills doesn't lead to profit, and relying on one-off prototype orders isn't sustainable. The key to solving these issues is the commercialization of AM (Additive Manufacturing). To turn technical expertise into a profitable business, securing mass production orders is crucial. This presentation will also discuss the essential quality assurance system based on a quality management system needed for mass production.
Additive Manufacturing Expert
NAGANO Chiyo
Chairmanship
managing director
SAWAKOSHI Toshiyuki
Greetings
Machine Parts and Tooling Industries Office
Manufacturing Industries Bureau
YONEHARA Makiko
Latest technology and mass production parts with Additive Manufacturing of DMGMORI
DMG MORI offers two types of Additive Manufacturing technologies: DED and SLM. We also utilize AM technology to produce standard parts for machine tools and automation systems.
Operating Officer for R&D In charge of AM
General Manager, AM Department
HIRONO Yoko, P.E. Jp.
Introduction of TNSC’s Advanced AM Solution: Wire DED Metal 3D Printers
We will present the latest printers (*) with the business case of building parts
*Latest Printers
- AMDROiD: Laser Wire DED method by ADDiTEC(USA) enables higher speed fabrication.
- Arc80X:Ark Wire DED method(WAAM) by GEFERTEC(Germany) enables larger-scale fabrication.
Sales & Marketing Dept. Innovation Div. Innovation Unit
General Manager
ASAI Junichiro
Latest Technological Trends in the DED-Type 3D Metal Additive Manufacturing Machine, LAMDA
We will explain the latest technologies in the DED-type 3D metal additive manufacturing machine, LAMDA, including local shielding to prevent oxidation and monitoring feedback for stability. We will also introduce examples of these technologies in use.
Machining Center Division
Development Group 2 Team 5
Team Leader
TAUCHI Hiroyuki
Future manufacturing using the Wire Laser Metal 3D Printer AZ600
The Wire Laser DED method Metal 3D Printer AZ600, equipped with Mitsubishi Electric's unique control function, opens new possibilities. We will present on future manufacturing, such as high functionality, high efficiency, and carbon neutrality, by introducing recently added new features and additive manufactured examples.
Industrial Mechatronics Systems Works
Additive Manufacturing System Design Section Laser Systems Dept.
Senior Manager
KOBA Ryogo
Introduction of fine-DED system [ALPION] and application examples
Introducing of fine-DED system "ALPION," featuring a multi-beam method specializing in high-efficiency and precise additive manufacturing. And its characteristics and application examples, including part repair and coating.
Product Development Department
SAKON Yu
Applications and challenges as repair techniques for metal AM
Toward the realization of a sustainable society, metal AM is expected to be applied as a repair technology. In this presentation, material and process challenges in applying metal AM as a repair technology will be explained, and related approaches at AIST will be introduced.
Senior Researcher
SATO Naoko
ShareLab
A Practical Guide to 3D Printing
I will explain the basic technology of resin 3D printers. In addition, I will explain the relationship between each method of 3D printer and the materials that can be used. Why does simple FDM (MEX) printing fail with ABS even though success with PLA? I answer these questions that we usually feel when using a 3D printer.
Researcher
YAMAGUCHI Kiyoshi
Technology and Business Trends in Additive Manufacturing and 3D Printing from Global viewpoint
The Japan 3D Printing Industry Technology Association continues to participate in overseas exhibitions and visit research institutes and cutting-edge companies every year to investigate trends in Additive Manufacturing/3D printers. We will report on the latest trends based on these surveys.
Managing director / researcher
MATSUOKA Tsukasa
Chairmanship
CEO
OYANAGI Hirofumi
Utilization of metal AM for aluminum die-casting dies
By using metal additive manufacturing to install 3D cooling circuits, we have developed die-casting dies that improves cooling capacity and satisfies both cooling enhancement and cooling mitigation requirements. This presentation will introduce the challenges and countermeasures that have been developed while casting more than 25 million shots (as of the end of July 2024) in the mass production process.
& Aluminum Engineering Dept. Compressor Div.
TOYOTA INDUSTRIES CORPORATION
Project Leader
SATO Ryosuke
The Production of Die-Casting Mold Components Using Multi-Laser AM Equipment and Future Developments
In 2022, we introduced the EOS M300-4 to Japan for the first time and have been producing several hundred AM mold components annually using multi-laser manufacturing technology. We will introduce the techniques and challenges cultivated through this process, as well as future developments using the latest technologies.
Group Leader
HOSOBUCHI Natsumi
Giga cast technology trends and die casting technology
As the electrification of automobiles progresses, the needs for die-cast products are changing. Traditionally, it was mainly used for cases and covers of transmissions, etc., but improvements in materials, molds, and casting technology have made it possible to apply it to body chassis, and its adoption is increasing. In this article, we will introduce the technological trends and technical issues surrounding large-scale integrated die casting (Giga cast), which began with its use in the rear underbody, as well as our efforts to introduce a Giga press.
Die Casting Planning and Development Division RYOBI LIMITED
Chief Advisor
KAMI Shigetake
Achievements for mold repair and technology development by 5-axis DED hybrid machine
FUJI CO., LTD. has been in mold business for 50 years and manufactured more than 4,000 molds. As a coming future technology of our welding and manufacturing technology which we have cultivated over the years, we have introduced metal 3D printer called “LASERTEC 65 DED hybrid” in 2022. We will talk about achievements especially for practical mold repair and technology development by this machine.
General Manager of AM Technology Department
YOSHIDA Natsuki
「Additive Manufacturing Pioneering New Frontiers in Manufacturing: Unconstrained by Conventional Wisdom」
Discuss the current state, innovations, and practical applications of Additive Manufacturing, sharing success stories and implementation challenges. Through pre-submitted questions, explore companies' AM technology adoption strategies and future outlook.
Questions will be accepted in advance for this panel discussion. For details, please refer to the “JIMTOF2024 - Application for Lectures & Seminars” e-mail sent to you after you have applied to attend.
Facilitator：
KANAGATA SHINBUN CO.,LTD. manager YAMAMOTO Yoshihiro
Value Finder., Inc. CEO OYANAGI Hirofumi
Panelist：
Production Engineering Development Center, CS Project & Aluminum Engineering Dept. Compressor Div. TOYOTA INDUSTRIES CORPORATION Chief Advisor SATO Ryosuke
Castec Inc. Group Leader HOSOBUCHI Natsumi
Research and Development Department Die Casting Planning and Development Division RYOBI LIMITED Chief Advisor KAMI Shigetake
FUJI CO., LTD. General Manager of AM Technology Department YOSHIDA Natsuki
NIHON SEIKI Co., LTD. Managing Director MATSUBARA Masato
CEO
OYANAGI Hirofumi
manager
YAMAMOTO Yoshihiro
& Aluminum Engineering Dept. Compressor Div.
TOYOTA INDUSTRIES CORPORATION
Project Leader
SATO Ryosuke
Group Leader
HOSOBUCHI Natsumi
Die Casting Planning and Development Division RYOBI LIMITED
Chief Advisor
KAMI Shigetake
General Manager of AM Technology Department
YOSHIDA Natsuki
Managing Director
MATSUBARA Masato