DMG Mori Co. Ltd.

10/14/2026 | Press release | Distributed by Public on 10/13/2026 19:42

The 21st Cutting Dream Contest: Winners announced!

DMG MORI CO., LTD. (hereinafter referred to as "DMG MORI") proudly announces the winners of the 21st Cutting Dream Contest.

Since 2004, the Cutting Dream Contest has brought together companies, educational institutions, and research organizations involved in machining that use advanced manufacturing equipment, including machine tools, additive manufacturing machines, and laser processing machines. By offering a competitive platform to study, improve, and exchange machining technologies and skills, the contest aims to spark innovation and dedication to drive continuous technological advancements worldwide.
This year, Professor Naohiko Sugita of the University of Tokyo chaired the selection committee of six judges to choose 4 winning entries in Production Parts Machining, 7 in Prototype ＆ Test Cut Machining, 4 in Artistic Form Machining, 4 in Advanced Machining, and 5 in Academic Research out of 63 entries in total.
Now, we are looking forward to the award ceremony on Tuesday, October 27, at Tokyo Kaikan (Marunouchi, Tokyo), where the winners will receive certificates and monetary prizes. All entries will be on display at the DMG MORI booth at JIMTOF 2026 from October 26 to 31, and after the award ceremony, at the DMG MORI's Tokyo Global Headquarters (Shiomi, Tokyo) and Iga Campus (Mie).
DMG MORI will continue to host various events and provide opportunities for industry-wide technological exchange and advancement. An overview of the Dream Contest and previous winners can be found on our website.

■The 21st Cutting Dream Contest Awards Committee

(In alphabetical order of name, except for the chair)

■The 21st Cutting Dream Contest Winning Works

Production Parts Machining

＜Judges' comment for the winner of Gold Prize＞
We were impressed by the successful machining of 450 ultra-fine tapered holes with a minimum diameter of just 20 μm. The innovative measures taken to suppress thermal displacement and tool runout during more than 100 hours of continuous machining reflect a high level of micro-machining expertise.

Prototype & Test Cut Machining

  • Gold Prize
    "Fragile Inverted Triangles"

  • Silver Prize
    "L/D 200:1 Ultra-Slender Long-Stem Glass"

  • Bronze Prize
    "M0.08 Micro Helical Gear"

＜Judges' comment for the winner of Gold Prize＞
"Fragile Inverted Triangles" Circle and Square Co., Ltd.
Three miniature inverted pyramids are successfully machined on a single surface, each featuring a top diameter of φ2 mm and a base diameter of just φ0.05 mm. The advanced machining process, including chip evacuation techniques, demonstrates both technical ingenuity and exceptional craftsmanship.

Artistic Form Machining

  • Gold Prize
    "Ultra-Compact High-Precision Tripod"

  • Silver Prize
    "One Shot. One Last Wish."

  • Bronze Prize
    "Ridges ＆ Grooves"

  • Technique Prize
    "The World's Tiniest Frog"

＜Judges' comment for the winner of Gold Prize＞
"Ultra-Compact High-Precision Tripod" IG EVEARTH CO.,LTD.
Smooth rotational performance is achieved through the precise geometry of the spheres, shaft, and hub. The well-balanced tripod reflects a high level of craftsmanship through its combination of micro-machining technology, functionality, and design.

Advanced Machining

  • Gold Prize
    "~Support Evolution~ AM-EvoMorph"

  • Gold Prize
    "Hidden Images in Eight Directions"

  • Bronze Prize
    "SlimFin Cylinder"

  • Technique Prize
    "Heart Sutra Seal with All 262 Characters"

＜Judges' comment for the winner of Gold Prize＞
"~Support Evolution~ AM-EvoMorph" J・3D CO., LTD.
The frog shape stands out for its intricate spikes, smooth surface finish, and refined appearance. The advanced process control required to overcome the unique challenges of additive manufacturing demonstrates both technical expertise and creative ingenuity.


"Hidden Images in Eight Directions" NISSIN PERTECHTUAL CO., LTD.
This work makes effective use of laser processing to create an eight-direction latent image, revealing different images when viewed from different angles. The unique technique used to generate shading creates an animation-like visual effect, highlighting both technical finesse and creativity.

Academic Research

  • Gold Prize
    "Feeding on Time"

  • Silver Prize
    "Pages Turned by the Wind"

  • Bronze Prize
    "Hex Socket Cap Bolt?"

  • Technique Prize
    "Cast Reborn - Rice Pot -"

  • Technique Prize
    "Pen Rest ~Wa~"

＜Judges' comment for the winner of Gold Prize＞
"Feeding on Time" Tokyo Gakugei University
The skillful use of copper's unique chemical properties creates striking coloration and visual appeal. The fusion of traditional craftsmanship and modern machining techniques highlights the material's natural beauty while leaving a lasting impression through its originality and artistic excellence.

DMG Mori Co. Ltd. published this content on October 14, 2026, and is solely responsible for the information contained herein. Distributed via Public Technologies (PUBT), unedited and unaltered, on October 14, 2026 at 01:42 UTC. If you believe the information included in the content is inaccurate or outdated and requires editing or removal, please contact us at [email protected]