Markforged Industrial 3D Printer "X7"

basic information

● Large size and high resolution: The build volume of the X7 is large, making it suitable for the robotics and automotive industries, functional prototypes, and the creation of prosthetic devices. With a layer pitch of 50μm, it produces parts with a beautiful surface finish and a texture approaching that of injection molding. Width: 330mm, Depth: 250mm, Height: 200mm Minimum layer pitch: 50μm ● Parallel inspection during printing: By using a built-in laser to scan parts during printing with an accuracy of 1 micron, it is possible to verify dimensional accuracy. ● High precision: It can achieve the desired precision and allowable tolerances, making it suitable not only for prototypes and jigs but also for final products. ● Wide range of materials supported: It supports three types of basic materials (including flame-retardant materials) and four types of reinforced fibers. Parts can be produced in various combinations to suit different applications.

Price range

P6

Delivery Time

P4

※Please consult us regarding the specific delivery date.

Applications/Examples of results

Main Uses - Jigs/fixtures/tools for production in general - Prototypes for functional testing requiring strength and precision - Chucks and jaws - Housings and attachments for robots and multirotors - Molds for pressing and other forming processes - Prototyping and custom manufacturing of medical devices and prosthetics - Other practical parts and custom parts in small quantities

Detailed information

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  Tool and chuck for processing machines made with composite materials.

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  Carbon composite parts sample achieves a smooth surface quality.

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  By embedding long fiber carbon fibers into a base material called Onyx, we can achieve overwhelming strength. It's similar to the image of rebar in reinforced concrete.

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  Using raw claws or chucks for delivery robots allows for weight reduction while maintaining strength. This greatly enhances portability.

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  The parts of the X7 have high strength and precision, so they are also used as substitutes for press molds. Their high durability of over 10,000 shots has also been proven.

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  By incorporating a highly customizable robotic hand and applying DfAM (Design for Additive Manufacturing) for shape optimization, further weight reduction can be achieved.

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  From the drone's product casing to its components, many manufacturers are operating multiple units. This is solely because we can achieve high precision and high-strength printing. We have transitioned everything that was previously outsourced to in-house production, resulting in a significant cost reduction. Lead times have also been greatly shortened.