Markforged's desktop continuous-fiber printer: an enclosed machine that reinforces Onyx or nylon parts with carbon fiber, fiberglass or Kevlar. It is aimed at engineers who want aluminum-strength tools, jigs and fixtures.
这台Markforged Mark Two 3D打印机是否兼容SimplyPrint、OctoPrint、Mainsail和Fluidd?
每种连接方式、所需条件及设置方法。
制造商的云服务
可以,尚未实现
Cloud-only printer: it prints from Markforged's Eiger platform, which has an API. SimplyPrint can build support through that API if enough people vote for it.
来源
Benchmarked the dual-nozzle desktop printer on its own test model and real application parts: it passed every print test and scored 79/100, and carbon fiber raised tensile strength about sixfold. Downsides were manual-only bed leveling, accuracy dropping on larger parts and Eiger hiding some print parameters.
“If you have $19,990 to shell out on a capable piece of kit, we strongly recommend the Mark Two.”
Made with Layers (Thomas Sanladerer) · 2017年1月18日
Thomas Sanladerer tests the original Mark Two, which lays continuous fiber inlays together with high-performance nylons to make parts that compete with metal, and asks whether that is too good to be true.
何时选择Markforged Mark Two
Choose it when you need continuous carbon fiber, Kevlar or HSHT fiberglass reinforcement on a desktop. The Onyx Pro only does fiberglass; if you need a larger bed, laser calibration or automatic leveling, the X7 is Markforged's step up.
优点
Reinforces parts with continuous carbon fiber, fiberglass, HSHT fiberglass or Kevlar.
Prints Onyx, nylon, Precise PLA and Smooth TPU 95A.
3D Printing Industry's tests found it passed every print test and measured a 6.15x strength gain from carbon fiber.
Fully enclosed, with a 4-inch touchscreen.
Removable print bed that goes back with 10 µm repeatability.
缺点
Not supported by SimplyPrint yet: it can be built on Markforged's cloud API if enough people vote for it.
Runs Markforged's closed firmware with Eiger, so there is no OctoPrint or Klipper route.
Small build volume of 320 x 132 x 154 mm.
Bed leveling is manual, with three thumbscrews.
适合谁
学校可用
Enclosed with a touchscreen, and Markforged targets education, but the cloud-only workflow suits engineering courses more than general classes.
业余爱好者不太适合
Built for professionals, with closed firmware and no third-party route.
企业适合
3D Printing Industry strongly recommended it for reliable fiber-reinforced parts.
打印农场不太适合
One small bed with manual leveling, and SimplyPrint cannot manage it today.
谁制造了Markforged Mark Two,以及Markforged的开放程度:其打印机能否在不使用其云服务的情况下运行,是否支持任意耗材和切片软件,以及能否维修。各项均根据公开来源评分。
开放性:封闭生态系统(5分制1.3分)
封闭生态系统
封闭生态系统打开
Markforged is an American maker of industrial 3D printers, founded in 2013 near Boston, known for nylon parts reinforced with continuous carbon fibre and for metal printing. Printers, materials and its cloud software Eiger are sold together as one closed platform to manufacturers, defence and aerospace. Nano Dimension bought it in April 2025, and in May 2026 agreed to sell it to Stratasys.
成立:
2013 ·
总部:
Waltham, Massachusetts, US ·
所有权:
Subsidiary of Nano Dimension since April 2025; sale to Stratasys agreed in May 2026, still pending in August 2026 ·
网站:markforged.com
Closed by design: proprietary firmware, Markforged-only materials and cloud slicing, for industrial buyers who want one supported, secure system.
固件和自定义固件 ●●●●●
Closed firmware, updated over the air through Eiger; no source is published and no custom firmware is supported.
[2]
本地控制与集成 ●●●●●
Markforged printers are sliced and run through Eiger, its cloud software, by default, and Eiger is the only slicer they accept. Sites that cannot use the cloud can pay for Offline Eiger, which works over USB or a private network. APIs for linking other enterprise systems come with Eiger Fleet, a paid cloud subscription. We found no local interface for other software.
[2][6][16]
第三方耗材、切片软件和零件 ●●●●●
Markforged printers use only Markforged materials (Onyx, continuous fibres, metals) and only Eiger for slicing.
[2][3]
维修和备件 ●●●●●
Replacement print heads, extruders and nozzle parts are sold through Markforged resellers, mostly as assemblies (a Mark Two print head lists at over 1,400 pounds), and some come free under service ('Success') plans.
[13][14]
数据与隐私 ●●●●●
Eiger accounts hold your parts library and print jobs on AWS, encrypted, with two-factor login and ISO 27001 certification, and the privacy policy says what is collected. Offline Eiger keeps the data on site.
[4][5][2][6]
优点
Prints parts reinforced with continuous carbon fibre, Kevlar or fibreglass, strong enough to replace some machined parts.
One supported system: printers, materials and software from one company, with ISO 27001 certification.
Offline Eiger available for sites that cannot use the cloud.
The FX10 prints both composites and metal.
缺点
Only Markforged materials and the Eiger slicer; no third-party filament.
Cloud first: the offline option is a separate subscription.
Ownership in flux: bought by Nano Dimension in 2025, with a sale to Stratasys pending in 2026.
Layoffs in 2023 and a $25 million patent settlement in 2024.
实绩
2026年5月27日: Stratasys agreed to buy MarkForged, Inc. from Nano Dimension for $42.5 million in cash; Nano Dimension keeps the metal binder jetting line. Closing was expected in the second half of 2026, and Stratasys still called it pending in August 2026.
[9][10]
2025年4月25日: Nano Dimension completed its acquisition of Markforged, valued at $116 million ($5.00 per share).
[8]
九月 2024: Markforged settled Continuous Composites' patent suit, filed in 2021, by agreeing to pay $25 million over four years, with cross-licences; neither side admitted liability.
[11][12]
四月 2024: A Delaware jury found that Markforged infringed a Continuous Composites patent on continuous-fibre printing; Markforged attempted to appeal before settling.
[12]
十一月 2023: Markforged announced a restructuring, mostly an approximately 10% headcount reduction, citing continuing economic headwinds.
[7]
九月 2022: Markforged said its Offline Eiger subscription, which runs fully offline, had received a year of quarterly updates with the same materials and features as the cloud version.
[6]