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FFF method 3D printer D400 HS
Equipped with a maximum-sized build area in a compact chassis.
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I tried dual molding with two types of materials!
Dual Modeling: Testing the capabilities of the 3D printer 'CreatBot D600 Pro3 HS' using two types of materials for modeling verification!
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I tried deburring with a small cutting machine!
"Automating Deburring" Challenging Deburring of Cross Holes with the Small Cutting Machine "MX220"! | System Create
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You can scan marker-free without worrying about cables!
You can scan without markers! Introducing the tracker 3D scanner "Revopoint Trackit SR"! | System Create
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Safety design prepared for risks during processing such as scattering, contact, and misoperation.
Explaining the various safety designs of the Marsugo full-cover tabletop CNC lathe! | System Create
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Large Powder Sintering Method 3D Printer 'Fuse X1'
One-stop service from printing to post-processing. A large SLS system that pursues operational efficiency.
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[Marusugo] Achieving high-quality model shaping through thermal control.
[New Model] "Formlabs Fuse X1" Debuts! Explaining the "Thermal Control Technology" that Supports High-Quality Large-Capacity SLS Printing! | System Create
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I tried insert molding on a 3D printed model.
Soft × Hard Insert Molding: We Tried to See if We Could Insert Mold a 3D Printed Model! | System Create
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I tried printing PLA material layered with rubber material!
"3D Printing with Different Materials: I tried continuous printing with PLA and soft rubber layered in one model!" | System Create
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I tried film insert molding!
[First Challenge] Injection Molding with Desired Texture!? Tried Film Insert Molding! | System Create
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I investigated the breakdown of manufacturing costs for the Mitarepo [147] model samples.
[Cost Disclosure of Metal 3D Printers] We thoroughly investigated the costs associated with metal fabrication! | System Create
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I tried creating a scan inspection program!
[New Inspection Method] I Tried Creating an Automatic Tolerance Judgment Program Using a 3D Scanner! | System Create
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Easily perform screw machining with a tabletop lathe!
Low-cost CAM and desktop CNC lathe for small-diameter and small parts.
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I tried creating with PPS filament!
Verification of molding with super engineering plastic 'PPS'! Actually tested with FFF method 3D printer! | System Create
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Automatic correction function for X and Y axes to eliminate misalignment during dual molding.
Explaining the "X-Y Axis Automatic Correction Function" that can automate the alignment of dual nozzles in the FFF 3D printer equipped with AI | System Create
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Creating 2D pattern data from 3D data is easy!
Creating pattern data for 3D shapes with freeform surfaces is now easy!
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I tried creating something using a pellet feeder!
[New Arrival] Pellet materials are automatically replenished!? We tried 3D printing using a feeder with the desktop 3D printer "Tumaker"! | System Create
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No design data needed! Physical 3D scanning → Creation of 3D data!
Even without design data, it is possible to create 3D data using a 3D scanner!
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[Marsugo] Resistant to chemicals, heat, and deformation! Pure silicone material SIL-001
Explaining the mechanical properties of the new 3D printing material, pure silicone SIL-001! What about chemical resistance, heat resistance, and compression durability? | System Create
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High-precision light shaping and vacuum forming for thin-walled creation! Form 4×Vaquform
Achieving thin-walled shapes that cannot be expressed with a 3D printer using a vacuum forming machine!
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I tried making a braille nameplate with a vacuum forming machine!
Utilizing 3D Printers and Vacuum Forming: I Tried Making Braille Nameplates Using a Desktop Vacuum Forming Machine! | System Create
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Small CNC Lathe 'YORNEW CK210B' for Educational Institutions
CNC lathe ideal for educational institutions, perfect for practical training, space-saving, and low-cost.
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Small CNC Lathe for Research and Development: YORNEW CK210B
Practical performance for prototype production. Space-saving and low-cost.
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Compact CNC Lathe 'YORNEW CK210B' for Robotics Engineering
Manufacturing small actuators with space-saving, low-cost processing performance that meets practical needs.
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Small CNC Lathe for Electronic Components 'YORNEW CK210B'
Manufacturing small connectors with processing performance that meets practical needs in a space-saving and cost-effective manner.
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Aerospace Small CNC Lathe 'YORNEW CK210B'
Space-saving and low-cost performance that meets the needs of high-precision machining in the aerospace field.
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Compact CNC Lathe for Automotive Parts 'YORNEW CK210B'
Precision processing of automotive parts that meets practical needs with space-saving and low-cost processing performance.
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[Marusugo] Tough high-rigidity design that withstands cutting resistance in steel processing.
[First Appearance] Processing Steel Materials with a Compact CNC Lathe! Explaining the High Rigidity of the "YORNEW CK210B" | System Create
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Efficiency with low-cost CAM and 5-axis machining! BobCADCAM × MX220
Reduce introduction costs while increasing efficiency in processing complex shapes all at once!
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I tried scanning the inside of the car!
I tried processing with the dust collection option of the small CNC router "AM4036" that is carbon-compatible! | System Create
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