hp 3d printing case study

More design freedom and faster time to market

Customer at a glance

Established in Pesaro, Italy, Biesse offers modular solutions from the design of turnkey plants for large furniture manufacturers to individual automatic machines and workstations for small and medium enterprises.

The challenge, “within biesse, we have a business unit that is fully dedicated to providing machines that enable edge banding,” says the company’s head of technical office and prototypes, marco mencarini. “they allow for the application of plastic or wood to the edges of furniture. as you can imagine, our machines must support a diverse set of assembly needs. to support them, we need to create a wide range of highly customized parts and tools.”, download the case study to learn how hp´s multi jet fusion technology helps biesse meet customer requirements more quickly and profitably..

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Improving overall design and reducing costs

Customer at a glance.

SIGMA DESIGN is a product design, development, and engineering services firm. Among other services, the company provides industrial design, quality assurance, testing, and engineering support, in addition to end-product manufacturing.

The challenge, “when designing and manufacturing fruit labeling machines, we’d usually use injection molding and machining for parts” , says matt cameron, vp of engineering at sigma design. ”at low volumes, these traditional techniques might not be worthwhile. we wanted to reduce the cost, while also improving the speed and flexibility of our design process.”, download the case study to learn how hp’s 3d printing technology lowers the cost of manufacturing industrial equipment..

REDUCING TIME AND COST

The coordinate measuring machine measures the geometry of objects using a probe., its supports are traditionally manufactured using cnc machining. multiple iterations are required as the measured object changes during the design process., all iterations can be produced with hp multi jet fusion technology, using hp 3d high reusability pa 12 glass beads material, 1 which provides the stiffness and dimensional stability needed for accurate measurements. hp multi jet fusion technology helped optimize time and cost in the production of this manufacturing aid..

1 HP Jet Fusion 3D printing solutions using HP 3D High Reusability PA 12 Glass Beads provide 70% post-production surplus powder reusability, producing functional parts batch after batch. For testing, material is aged in real printing conditions and powder is tracked by generations (worst case for recyclability). Parts are then made from each generation and tested for mechanical properties and accuracy.

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HP’s industrial 3D printing equipment leads to faster design, iteration, and production

The APCC's use of HP Multi Jet Fusion spotlights 3D printing's impact on the manufacturing industry.

Industrial 3D Printing

Sector: Machinery and equipment

To adopt a technology that can keep up with demand and adapt to frequent changes in production.

HP Multi Jet Fusion technology enables the APCC to iterate part designs quickly and package HP Inkjet Supplies in high volumes.

HP 3D High Reusability 1 PA 12

HP Multi Jet Fusion technology

HP Jet Fusion 4200 3D Printer

Frequently changing production needs

HP Inc.’s Americas Product Completion Center (APCC) in Richmond, Virginia, packages HP Inkjet supplies and prepares them for shipping to destinations in North and South America. 

As one of four centers that perform these operations worldwide, the APCC receives bulk Inkjet cartridges from factories, packages them for retail, and adapts the packaging for the specific regions that it supports, which in this case includes North and South America. 

The center is not only a machinery line runner but also a manufacturer that plans and designs the production lines and produces the parts therein.

The completion center consists of 19 packaging lines that undergo frequent changeovers and adaptations depending on production requirements. Engineers at the APCC plan and design the packaging lines and often need both support parts for line changes as well as spare and replacement parts.

In order to package HP Inkjet Supplies in high volumes, the APCC searched for a technology that could keep up with demand and adapt to frequent changes in production (e.g., different packaging sizes for different products). 

They also identified metal parts as part of their machinery that they could potentially replace with lighter weight parts.

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“We went looking to see if additive manufacturing could play a beneficial role for us in our operation and help improve efficiency and take some cost out. As an ops manager, we’re always looking for ways to improve our costs and the speed with which we respond to needs for new capabilities and ways to keep the factory running.”

Paul McArdle, Engineering Project Manager for HP Inc. 

Testing 3D printed tooling

The APCC started with fused deposition modeling (FDM) 3D printing technology, but after a few test rounds, they realized they needed something more dependable and more capable of producing parts at volume as well as to realize ideas they had for manufacturing tools.

"There was one particular project that we had in mind for installing a brand-new conveyor to help us introduce a fleet of new robots to one of our manual packaging lines," McArdle explained. "We purchased a small FDM printer to see if additive would be something of benefit for us in terms of cost." 

"We found out soon that FDM was going to be way, way too slow and too unreliable for us to keep this project on schedule. It was going to take several months at best to print all the parts we needed."

When the HP Jet Fusion 3D Printing Solution was announced, McArdle took great interest in the technology: "I looked at it [HP 3D Printing] pretty soon after HP launched it to see if there was a need or a justification for getting a printer like that into our operation."

An APCC engineering intern at the time, Josh Almeter was tasked with proposing a list of technologies that would be most efficient in meeting the factory’s production needs, and after he pitched HP Multi Jet Fusion technology, McArdle chose to procure their first HP Jet Fusion 4200 3D Printing Solution in November 2017.

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HP Jet Fusion 4200 3D Printing Solution

Transition to in-house industrial 3D printing equipment

Once the APCC was using HP Multi Jet Fusion technology to create their own parts rather than continuing to purchase them or rely on outsourcing, their use of the technology evolved to designing and developing new 3D printed industrial parts. 

With 3D printing, the APCC incorporated cobots and delta robots as well as new conveyor lugs into two manufacturing lines that had previously been manually operated.

The APCC now uses the technology for prototyping, final-part production, 3D printed custom replacement parts, and to produce jigs, fixtures, and tooling for their machines, which fall into five categories: conveyor belt parts, end-of-arm tooling, spare parts, break-and-fix parts, and jigs and fixtures. 

Thousands of 3D printed parts later, HP Multi Jet Fusion technology has become an integral part in the APCC’s manufacturing processes. Learn more:

Impact on manufacturing

Improved productivity

Faster iterations, faster final parts, improved economics

The design freedom and short lead times made possible with HP Multi Jet Fusion technology allow the APCC to iterate part designs more quickly, resulting in faster convergence to the final version. Once the design is final, the APCC can quickly produce the full volume of parts needed. 

For example, the APCC has produced more than 8,000 conveyor belt inserts, of which more than 2,000 were inserts for the Sprocket Media packaging line. The innovative design of these inserts helped reduced line changeover time from between 1.5 hours and 2 hours down to 30 minutes.

"Once we were able to learn and figure out how to use it [HP MJF], it pretty much paid for itself from that point on. It’s hard to imagine not having it at this point.

Everyone is used to having prototypes and parts within days. I’m not sure what other departments or businesses you can go to and you can have an engineer draft a part and have, by the end of a week, after several prototypes, a full production run of parts available."

"All the benefits come from the efficiency increase, the creativity, and the turnaround time. If we have an emergency, we can make a part to replace it. Now when we need something, the first question we ask is, 'Can we print it with [HP] Multi Jet Fusion? " Almeter said.

Impact of 3D printing on manufacturing at the APCC

Since introducing the technology to their facilities, the APCC has incorporated industrial 3D printing equipment into all 19 packaging lines with 160 unique parts made from HP Multi Jet Fusion technology, for a total of more than 10,000 3D printed parts.

The APCC has saved more than $300,000 (and growing) in part costs since introducing HP Jet Fusion 3D Printing Solutions in house. One example in which the APCC saved costs involves the introduction of a new product into the line.

"It’s been an enabler for a lot of investigative projects, projects that you would never even consider taking a chance on because just to try something is too expensive by conventional methods, where with this, you can just try something with no major outlay," said McArdle. "It allows people to try something and see if it works."

"We had a new product introduction, which is common here, and typically we have to re-tool a line," Almeter added. "Instead of getting our tooling made by injection molding, we were able to do it with [HP] MJF, and this has been one of our biggest cost savings. We’re not paying for a mold and we’re controlling the production of it."

Interested in knowing more about HP 3D Printing Solutions?

Industrial 3D Printing case studies

• HP Jet Fusion 3D Printing Solutions using HP 3D High Reusability PA 12 provide up to 80% powder reusability ratio, producing functional parts batch after batch. For testing, material is aged in real printing conditions and powder is tracked by generations (worst case for reusability). Parts are then made from each generation and tested for mechanical properties and accuracy.

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