HP Multi Jet Fusion 3D Printers

Industrial MJF 3D printers from HP help you expand into volume production and drive new growth. Using HP’s Multi Jet Fusion technology, TPM makes it possible for manufacturers to develop 3D printed solutions that are unique and flexible.

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HP Jet Fusion 5200 Series Industrial 3D Printing Solution

Take advantage of HP’s robust, manufacturing-ready 3D printing technology to expand into volume production with functional parts.

HP Jet Fusion 5200	HP Jet Fusion 5210	HP Jet Fusion 5210 Pro

High reusability, functional, robust, and low-cost, quality materials make the HP Jet Fusion 5200 series ideal for prototyping and output. Printing parts at high volume with the Jet Fusion 5210 and 5210 Pro printers lowers operating costs over the long run.

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HP Jet Fusion 4200 Industrial 3D Printing Solution

Produce quality parts while optimizing productivity and cost with HP’s multi jet fusion (MJF) 3D printers.

HP Jet Fusion 4200	HP Jet Fusion 4210

The HP 4200 Jet Fusion 3D printer can produce high-quality parts while optimizing productivity and cost. The Jet Fusion 4200 is ideal for functional prototyping, short-run production and delivers more parts per day with continuous printing features.

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What is Multi Jet Fusion (MFJ) printing?

Multi Jet Fusion is the process in which a fusing agent is applied to the material layer that will be used for the fusion of particles after they are hit with a fusing agent. In order to achieve fine details and smooth surfaces, a detailing agent is applied to modify fusing and create fine detail on the surface. As a final step, the area is exposed to energy that will cause reactions between the agents and the material in order to develop the part.

The build box is removed from the printer at the end of the printing process. Brushes and air blowers are used to remove the remaining powder from the parts as they are extracted from the build box by the operator.

Steering wheel manufactured with a mold printed with the HP Jet Fusion 4200 MJF 3D printer

Services and Support from TPM

Services

At TPM, we’re more than just a partner. From the product purchase to our implementation services, we are with you through every step of your journey. Our professional services include implementing the hardware to ensure it fits your needs and assessing your processes to ensure efficiency and effectiveness.

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Training

Have you finally purchased the end-all-be-all 3D printing solution that’s going to revolutionize your manufacturing process? At TPM, we know that just having the hardware will not change your business, but how you use it will. That’s why we offer a variety of additive manufacturing training courses, provided with your printer purchase, that will ensure you know how to leverage your new 3D printing solution efficiently. No matter your manufacturing goals, our team of experts is with you every step of the way.

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Training Calendar

Support

TPM’s support options give you the assistance you need in a high-paced business world that does not allow for loss of productivity. A new hardware purchase can be overwhelming; that’s why we are committed to being your partner every step of the way. From helping you choose the right solution to providing ongoing support, TPM is here for you.

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TPM1 Premier Program

The TPM1 Premier Program is an all-inclusive solution to enhance the value of your SOLIDWORKS subscription that enables your organization to Improve Your Designs, Deliver More Work, and Win More Business. By bundling together eLearning products like SolidProfessor and discounts on professional services and more, you can’t beat the TPM1 Premier Program’s value add, especially when it comes to printing your next big SOLIDWORKS model on your new 3D printer.

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Frequently Asked Questions

What is 3D Printing?

3D printing, otherwise known as additive manufacturing, is the process by which you manufacture a component by adding materials to one another. Typically in 3D printing, materials are deposited onto one another, layer by layer, building up to a complete part.

How to Smooth 3D Prints?

For most plastic 3d printed parts, you can obtain a smoother finish by utilizing some fine sandpaper and sanding down the rough edges of the print. If sanding isn’t enough, try looking back to the CAD model itself and seeing if you can directly remove the ragged edge through the CAD model. For most metal 3D printed parts, you will need an industrial sander or grinder to remove rough faces or edges.

What is Infill 3D Printing?

One of the most significant advantages of 3D printing is that we don’t always have to create fully-solid parts like how we do in traditional manufacturing. Infill is the term we use to describe the hollow material structure inside a 3D printed part – think of this as a lattice structure. This structure, or infill, is much lighter and does not sacrifice strength.

How Long Does a 3D Printer Take to Print?

The time a print takes to complete is dependent on the technology a printer uses and the size of the print taking place. For example, some printers can finish a print in minutes, and others can print the same object in days.

How to Choose a 3D Printer?

If you are having difficulty determining what 3D printer is best for you, you are not alone. The best thing you can do to figure out what printer is best for you is to ask questions, and TPM is here to help you. TPM takes pride in answering all questions related to 3D printing, no matter how basic or complex the question is. If you have a question, request a quote for a 3D printer, and our knowledgeable team will guide you in the selection process.

How to Start 3D Printing?

If you’re interested in learning how to start 3D printing, TPM is a great place to start. The traditional 3D printing process requires CAD software, slicing software, and of course, a 3D printer. TPM is unique in that we provide all three solutions and educate users on how to leverage them.