Observations: HP Dips a Toe into 3D Printing
On January 19, Stratasys, a leader in the field of 3D printing systems, announced an agreement with printing industry titan HP. Under the terms of the deal, the Eden Prairie, MN-based Stratasys will "manufacture an HP-branded 3D printer" based on the company's “patented Fused Deposition Modeling (FDM) technology” that is found in products used for rapid prototyping by product designers and architects.
In a market where Stratasys (trading on NASDAQ under symbol SSYS) claims leadership while reporting 2008 revenues of just less than $125 million, what is the significance of this David-and-Goliath tie-up? Despite HP’s relative indifference to the story, based on the lack of the firm’s own press announcement and difficulty in reaching the company for comment, we believe this announcement is another case of HP’s “leave no stone unturned” strategy. For years, the Observer and other members of the press have thoroughly documented HP’s tendency to set its sights on and move into any market printing- or printer-related, and the firm’s myriad of industry competitors have firmly felt the effects of this line of attack. HP’s encroachment has been true most notably in the cases of office copiers and MFPs and related services, such as commercial printing, and graphics-arts fields—all areas where the firm has a strong and growing presence today from a base of zero not so long ago. But is 3D printing even really “printing?”
3D Printing Primer
Without going into a full description of 3D printing (check Wikipedia for a good basic description), this technology’s relationship to HP’s existing printing business actually makes a good deal of sense. I remember first hearing about “3D Printing” about ten years ago as an HP employee working with the “new and emerging businesses” unit of what is now HP’s Imaging and Printing Group (IPG). After seeing some demos and sample “output” (prototype pieces and parts made of a dried clay-like substance that were built by spraying layers of the material in a semi-liquefied state through ink jet-like heads and then drying into the hardened final product), I wondered about the investigation into 3D printing.
The “3D” made sense, even going back to my early days at HP when in the early 1980s, HP offices cranked out numerous slides and graphs using “2D” flatbed pen plotters, which were also predominately used by HP customers for drafting and design output. This was an era when office workers had a printer choice of the green-bar units in the data center and noisy daisy-wheel models that were intruding on electric typewriters, some of which were sporting tiny amounts of memory to perform a far-out task known as “word processing.” (By the way, the standard hot-air hair dryer was a convenient accessory to have on hand, especially for the stubborn-to-dry transparencies.) While the ink-filled “pens” were replaced by ink cartridges over the next several decades, their legacy lived on with the commonly used internal label of “pen” being used for the cartridges, for many, many years after their physical demise.
Based on the use of common technologies to “deposit” ink or another liquid in either one layer (with ink in 2D) or more (with liquefied modeling material in 3D), HP’s interest in looking at leveraging its investment in ink jet head technology and the related mechanics and electronics makes sense.
Marketing 101—Entering new markets
However, leveraging technology to enter new markets can be highly risky and prone to failure. Let me take you back to another personal experience gained at HP and a great example. Office printing and commercial printing were originally seen as similar as they shared a common technology, but the customers were in many ways completely different in their practices and sensitivities, and in the parlance of the marketing profession, their user needs. It has taken years for HP to learn how to be successful in commercial print by understanding those customer needs and fulfilling them.
Understanding this first step into the field by HP, 10 years after my exposure to internal investigations, sheds a bit more light on HP’s interests and leads me to a very positive interpretation of this move, as one based around customers and not technology. According to the release, “HP will begin a phased rollout of the 3D printers in the mechanical design (MCAD) market in selected countries later this year, with the right to extend distribution globally.” So the headline of a brief PC World article following the announcement, “3D Printing Coming to the Desktop,” is misleading, at least to those of us who read “desktop” and think of desktops residing in every office in the world, where millions and millions of printers and all-in-ones are already headed each year.
The press release further states that current Stratasys printers (and we assume future HP-branded versions) are “used by product designers and architects [to] create three-dimensional plastic models directly from 3D digital designs.” In addition, it is telling who and where in HP the leadership for this new entry is coming from: HP’s Large Format Printing Business. In prepared remarks, Santiago Morera, HP vice president and general manager of that group, said, “There are millions of 3D designers using 2D printers who are ready to bring their designs to life in 3D…Stratasys [offers] the ideal platform for HP to enter the 3D MCAD printing market and begin to capitalize on this untapped opportunity."
So this “toe in the water” move by HP might be exactly the right step, for a market that today is measured in hundreds of millions of dollars and not the billions of dollars that HP is accustomed to targeting. HP can add to its product portfolio in an area where the firm already has a strong customer base and provide additional products and services to a customer set where some will undoubtedly welcome an HP-branded (and supported) solution for 3D printing.
So is the 3D imaging process equal to printing? Not really, at least in terms of printing as defined as a medium for dissemination of words and images. Is it ink jet? Not really, either, at least not HP ink jet as we know it. But it is absolutely a customer base where HP already has a presence and can sell more. In addition, the long-term outlook is open-ended, as envisioned in the conclusion of the PC World piece. Writer Chris Head concludes, “Assuming HP-Stratasys can continue to lower the price of their desktop-style rapid prototyping machines, it may not be long until we're printing our own household items as-needed, and one step closer to a Star Trek-style replicator.” Now that’s a future vision!
On January 19, Stratasys, a leader in the field of 3D printing systems, announced an agreement with printing industry titan HP. Under the terms of the deal, the Eden Prairie, MN-based Stratasys will "manufacture an HP-branded 3D printer" based on the company's “patented Fused Deposition Modeling (FDM) technology” that is found in products used for rapid prototyping by product designers and architects.
In a market where Stratasys (trading on NASDAQ under symbol SSYS) claims leadership while reporting 2008 revenues of just less than $125 million, what is the significance of this David-and-Goliath tie-up? Despite HP’s relative indifference to the story, based on the lack of the firm’s own press announcement and difficulty in reaching the company for comment, we believe this announcement is another case of HP’s “leave no stone unturned” strategy. For years, the Observer and other members of the press have thoroughly documented HP’s tendency to set its sights on and move into any market printing- or printer-related, and the firm’s myriad of industry competitors have firmly felt the effects of this line of attack. HP’s encroachment has been true most notably in the cases of office copiers and MFPs and related services, such as commercial printing, and graphics-arts fields—all areas where the firm has a strong and growing presence today from a base of zero not so long ago. But is 3D printing even really “printing?”
3D Printing Primer
Without going into a full description of 3D printing (check Wikipedia for a good basic description), this technology’s relationship to HP’s existing printing business actually makes a good deal of sense. I remember first hearing about “3D Printing” about ten years ago as an HP employee working with the “new and emerging businesses” unit of what is now HP’s Imaging and Printing Group (IPG). After seeing some demos and sample “output” (prototype pieces and parts made of a dried clay-like substance that were built by spraying layers of the material in a semi-liquefied state through ink jet-like heads and then drying into the hardened final product), I wondered about the investigation into 3D printing.
The “3D” made sense, even going back to my early days at HP when in the early 1980s, HP offices cranked out numerous slides and graphs using “2D” flatbed pen plotters, which were also predominately used by HP customers for drafting and design output. This was an era when office workers had a printer choice of the green-bar units in the data center and noisy daisy-wheel models that were intruding on electric typewriters, some of which were sporting tiny amounts of memory to perform a far-out task known as “word processing.” (By the way, the standard hot-air hair dryer was a convenient accessory to have on hand, especially for the stubborn-to-dry transparencies.) While the ink-filled “pens” were replaced by ink cartridges over the next several decades, their legacy lived on with the commonly used internal label of “pen” being used for the cartridges, for many, many years after their physical demise.
Based on the use of common technologies to “deposit” ink or another liquid in either one layer (with ink in 2D) or more (with liquefied modeling material in 3D), HP’s interest in looking at leveraging its investment in ink jet head technology and the related mechanics and electronics makes sense.
Marketing 101—Entering new markets
However, leveraging technology to enter new markets can be highly risky and prone to failure. Let me take you back to another personal experience gained at HP and a great example. Office printing and commercial printing were originally seen as similar as they shared a common technology, but the customers were in many ways completely different in their practices and sensitivities, and in the parlance of the marketing profession, their user needs. It has taken years for HP to learn how to be successful in commercial print by understanding those customer needs and fulfilling them.
Understanding this first step into the field by HP, 10 years after my exposure to internal investigations, sheds a bit more light on HP’s interests and leads me to a very positive interpretation of this move, as one based around customers and not technology. According to the release, “HP will begin a phased rollout of the 3D printers in the mechanical design (MCAD) market in selected countries later this year, with the right to extend distribution globally.” So the headline of a brief PC World article following the announcement, “3D Printing Coming to the Desktop,” is misleading, at least to those of us who read “desktop” and think of desktops residing in every office in the world, where millions and millions of printers and all-in-ones are already headed each year.
The press release further states that current Stratasys printers (and we assume future HP-branded versions) are “used by product designers and architects [to] create three-dimensional plastic models directly from 3D digital designs.” In addition, it is telling who and where in HP the leadership for this new entry is coming from: HP’s Large Format Printing Business. In prepared remarks, Santiago Morera, HP vice president and general manager of that group, said, “There are millions of 3D designers using 2D printers who are ready to bring their designs to life in 3D…Stratasys [offers] the ideal platform for HP to enter the 3D MCAD printing market and begin to capitalize on this untapped opportunity."
So this “toe in the water” move by HP might be exactly the right step, for a market that today is measured in hundreds of millions of dollars and not the billions of dollars that HP is accustomed to targeting. HP can add to its product portfolio in an area where the firm already has a strong customer base and provide additional products and services to a customer set where some will undoubtedly welcome an HP-branded (and supported) solution for 3D printing.
So is the 3D imaging process equal to printing? Not really, at least in terms of printing as defined as a medium for dissemination of words and images. Is it ink jet? Not really, either, at least not HP ink jet as we know it. But it is absolutely a customer base where HP already has a presence and can sell more. In addition, the long-term outlook is open-ended, as envisioned in the conclusion of the PC World piece. Writer Chris Head concludes, “Assuming HP-Stratasys can continue to lower the price of their desktop-style rapid prototyping machines, it may not be long until we're printing our own household items as-needed, and one step closer to a Star Trek-style replicator.” Now that’s a future vision!
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