- PolyJet プリンタ(旧タイプ)
- Alaris30 V1
- Connex260
- Connex350/500
- Eden250
- Eden260
- Eden260V/VS
- Eden330
- Eden350
- Eden350V/500V
- J700 & J720 Dental
- J750/J735
- J750 Digital Anatomy
- Objet24/30 V2ファミリー
- Objet24/30 V3ファミリー
- Objet30 V5 Pro & Prime
- Objet260 Connex 1-2-3
- Objet260 Dental/Dental Selection
- Objet350/500 Connex 1-2-3
- Objet1000 Plus
- Stereolithography Materials
- Somos® 9120™
- Somos® BioClear™
- Somos® DMX SL™ 100
- Somos® Element™
- Somos® EvoLVe™ 128
- Somos® GP Plus™ 14122
- Somos® Momentum™
- Somos® NeXt™
- Somos® PerFORM™
- Somos® PerFORM Reflect™
- Somos® ProtoGen™ 18420
- Somos® ProtoTherm™ 12120
- Somos® Taurus™
- Somos® WaterClear® Ultra 10122
- Somos® WaterShed® AF
- Somos® WaterShed® Black
- Somos® WaterShed® XC 11122
Fortus 900mc/F900

Stratasys Fortus 900mc/F900 3Dプリンティングシステムは、CAD設計から正確なプロトタイプを製作する画期的な技術を採用しています。ストラタシスの熱溶解積層法(FDM)技術では、形状、適合、機能性のフィールドテストに利用可能な、内側形体を含むプロトタイプパーツを製作できます。
Stratasys Fortus 900mc/F900 3Dプリンティングシステムには、2 種類のサイズの造形シートが使用できるバキュームプラテンが備わっています。最小のシートは、16インチ(40.6 cm)X 18.5インチ(47.0 cm)X 厚さ0.02インチ(0.05 cm)で、最大のシートは、26インチ(66.0 cm)X 38インチ(96.5 cm)X 厚さ0.02インチ(0.05 cm)です。造形室サイズは幅36インチ(91.4 cm)X 高さ36インチ(91.4 cm)X 深さ24インチ(60.96 cm)です。プリンタには、4つのマテリアルベイ(モデル樹脂用とサポート樹脂用が2つずつ)が備わっています。
- 50 Hzまたは60 Hz
- 230 VAC
- 40 A回路
- 三位相すべてで34 Aの最大負荷時電流
AC電源要件
- 通信およびファイル転送機能に必要です。
- カテゴリー5以上
- 10/100 Base Tイーサネット、RJ45コネクター。
LAN要件
Carbon Fiber Tooling - JA FDM Solution Guide
カーボンファイバー治具 – FDMソリューションガイド.
F900 Site Preparation Checklist - Japanese
109371-0004-JA Rev. E
F900 Site Preparation Guide - Japanese
F900 User Guide - Japanese
OpenAM for Fortus 450 and F900 - JA FDM Brochure
JAPANESE | OpenAM™は、Fortus 450mc™およびF900® FDM®プリンタ用のアプリケーションであり、機械制御を 変更して、標準の造形設定では不可能な結果を得ることができます。つまり、OpenAMを活用すること で、上級ユーザーは数々の有益な方法で3Dプリンタの機能を強化できます。OpenAMにより、以下を 実現できます。
Assemblies in Insight - EN FDM Best Practice
English | FDM Best Practice | Insight Software | When designing an assembly, proper clearance between mating and rotating parts is required to allow for an accurate fit and function. The design of the part and build orientation both play an important role. This Best Practice highlights the optimal approach for creating these assemblies when this print method is deemed appropriate.
Carbon Fiber Tooling - EN FDM Solution Guide
Improve factory floor operations with 3D printed tooling using carbon fiber-reinforced composite materials including ABS-CF10, Nylon 12CF, and FDM Nylon-CF10.
Custom Groups in Insight - EN FDM Best Practice
English | FDM Best Practice | Insight Software | Although most models can be built using the default toolpath parameters, there are times when certain features are too small to fill.
Custom Toolpaths for Thin Walls and Bosses - EN FDM Best Practice for Insight Software
English | FDM Best Practice | Insight Software |
Carbon Fiber Tooling - JA FDM Solution Guide
カーボンファイバー治具 – FDMソリューションガイド.
F900 User Guide - Japanese
GrabCAD - JA Brochure
GrabCAD Shop Features - JA Brochure
Assemblies in Insight - EN FDM Best Practice
English | FDM Best Practice | Insight Software | When designing an assembly, proper clearance between mating and rotating parts is required to allow for an accurate fit and function. The design of the part and build orientation both play an important role. This Best Practice highlights the optimal approach for creating these assemblies when this print method is deemed appropriate.
Build Optimization Alternate Support Methods - EN FDM Application Guide
ENGLISH | FDM Application Guide
Carbon Fiber Tooling - EN FDM Solution Guide
Improve factory floor operations with 3D printed tooling using carbon fiber-reinforced composite materials including ABS-CF10, Nylon 12CF, and FDM Nylon-CF10.
Create Connected Shop with GrabCAD - EN Brochure
Custom Groups in Insight - EN FDM Best Practice
English | FDM Best Practice | Insight Software | Although most models can be built using the default toolpath parameters, there are times when certain features are too small to fill.
Askja Sound Decision - JA Case Study FDM
アスカジャ社|FDM|ケーススタディ
BAE Systems - JA FDM Case Study
BAEシステム社 – FDM事例 BAE Systems - JA FDM Case Study
GKN Aerospace - JA FDM Case Study
GKNエアロスペース社|FDM|ケーススタディ| Japanese Legacy FDM Fortus 900 Case Study: GKN Aerospace (GKN) is a leading multitechnology tier one aerospace supplier, serving over 90% of the world’s aircraft and engine manufacturers. GKN achieved significant savings with additive manufactured tooling and prototypes.
Haier Spinning Success - JA FDM Case Study
Haier Molds Co. (Haier Molds) is a subsidiary of the Haier Group in Qingdao, the leading home appliance brand in China. Instead of traditional manufacturing methods, such as CNC, for prototyping, which required long turnaround times and extensive labor. Haier Molds switched to 3D printing and FDM® technology with Fortus 900 printer to minimize time to market and create more advanced designs.
Northrop Grumman Manufacturing Tooling in Aerospace - JA FDM Case Study
Oreck Custom Assembly Solutions - JA FDM Case Study
Oreck社 – FDM事例 Oreck - JA FDM Case Study - Oreck Manufacturing uses FDM technology to create fixtures, specialized assembly tools, prototypes and models for marketing photos and commercials.
Rolleri - JA FDM Case Study
Rolleri社– FDM使用例 Rolleri - JA FDM Case Study ||| Rolleri S.p.A is a leading Italian supplier for sheet metal fabrication, specializing in the design, development and manufacture of tools and fixtures for press brakes and punching machines. The company serves a wide range of sectors, including aerospace, automotive, construction, home furniture, household appliances, and maritime, to name just a few.
Acist Medical Pursue Perfection - EN FDM Case Study
FDM Fortus and Dimension Printers Case Study. ACIST (Advanced Contrast Imaging System Technology) is a medical-device company that specializes in developing contrast injection systems in the fields of cardiology and radiology. Acist’s devices infuse dye into the vascular system, letting physicians visualize anatomies. Acist uses Stratasys’ FDM (Fused Deposition Modeling) technology to maximize efficiency beyond rapid prototyping alone. A manufacturing engineering manager at Acist comments: “We haven’t picked a single path for FDM. We like to use it everywhere. We use it for fixtures, functional testing, industrial design and end-use parts. We want to use as many FDM parts as possible in our machines that are going to market. FDM allows for putting greater complexity, form and function into one part as opposed to traditional methods.”
Askja Sound Decision - EN Case Study FDM
As Needed Maintenance - F900
Learn how to clean the liquefier tips, clean the oven door, touchscreen, and camera/lamp, and clean the cabinet.

1:27
Bonding FDM Parts with Epoxy

2:20
Bonding with Hot Air and Solvent - FDM Application

3:48
Computer Replacement - Fortus 900mc and F900
Learn how to replace a computer for Fortus 900mc / F900 systems

3:05
Daily Maintenance -F900
Learn how to clean the platen and empty the purge bin.

0:58
Drill Guide FDM Application
A Stratasys applications engineer shows what drill guides are, the benefits of using FDM for producing drill guides, and design basics.

4:01
EN Boom Supersonic Block Clamp - FDM Production Parts Take Flight
Boom Supersonic uses their F900 and ULTEM™ 9085 resin to produce hydraulic line blocks and brackets to hold various tubes into position.

1:02
Filament Won't Dispense Troubleshooting - Fortus 900 FDM Printer

1:05
Getting Started Adding a printer - GrabCAD Print

4:19

1:27
As Needed Maintenance - F900

3:00
Loading and Unloading Material - F900
注目の活用事例
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