The Shape of Things to Come
11/26/2019
The idea of being able to replicate an actual 3 dimensional solid object from a digital model used to be something straight out of Star Trek. Today, if you can dream it then you can print it. Enter 3D Printing. Additive Manufacturing or 3D Printing is a process of making a three-dimensional solid object of virtually any shape from a digital model. 3D Printing is achieved using an additive process, where successive layers of material are laid down in different shapes. Additive manufacturing is expanding to become a manufacturing paradigm. It may be the next industrial revolution. But, it creates problems for intellectual property owners.
Additive manufacturing is expanding to become a manufacturing paradigm that potentially will disrupt the current industrial manufacturing base. Proliferation of industrial-level 3D printers is available that can make plastic objects to industrial printers that can print materials such as metal and glass. Thus, a 3D printer is potentially an infringement machine. This process enables physical products and parts protected by intellectual property laws to be replicated. There is no need to buy a replacement part when one can simply print one up from a file. This means virtual inventories and low cost volume production. 3D printers are at work in product design studios, engineering departments, manufacturing plants, dental labs and hospitals. Entrepreneurs are using it to manufacture almost anything including cars and houses. Car fans can download designs for motors which are plastic but the actual motors, battery and suspension are made traditionally.
UNIVERSITY OF MICHIGAN
In May 2013 University of Michigan researchers reported in the New England Journal of Medicine that they have used a 3D printer to create a custom made, life-saving implant for a baby boy. The baby had a rare disorder in which one of the airways in his lungs collapsed when he exhaled. This problem caused him to stop breathing and turn blue.
Using a 3D printer Michigan researchers custom-built a tiny flexible splint that will grow with the baby boy. In lieu of making a cast of the boy’s airway with plaster, the researchers used a CT scanner which gave them a 3D blueprint. The 3D printer permitted the doctors to design and produce the splint quickly. Custom designing medical devices using 3D printers are gaining momentum nationwide.
GUNS
On August 1, 2018 Defense Distributed, a Texas Company will be able to publish its blueprints online to make guns from 3D printers. The U. S. State Department, warned company Chief Cody Wilson in 2013 that he could go to jail for violating federal export controls. In its 2015 lawsuit Defense Distributed maintained that the State Department violated the company’s First Amendment rights by trying to control its online speech under federal law controlling exports of military articles.
A settlement has been reached and the government has agreed to pay almost $40,000 of Wilson’s legal fees. In addition to the 3D pistol called “The Liberator” Defense Distributors will be offering blue prints for AR-15-style rifles.1The pivotal issue was whether the government’s process for banning and permitting online speech had adequate safeguards. However, on August 1, 2018, U. S. District Judge in Seattle, Washington issued a temporary restraining order to halt the release of the blueprints online.
On August 28, 2018 U. S. District Judge Robert Lasnik of Seattle, Washington, issued a preliminary injunction blocking the federal government from allowing publication of the blueprints. His decision will stand until resolution of the multistate lawsuit seeking to keep the blueprints online. The irreparable harm to the states is outweighed by any First Amendment interest. Judge Lasnik said although the blueprints can’t be uploaded to the internet, “they can be emailed, mailed or otherwise published within the United States.” 2
INFRINGEMENT QUESTION
Section 101 of the Patent Act provides for the issuance of a patent to a person who invents or discovers any new and useful manufacture, process or composition of matter. A question arises if existing intellectual property laws will cover some of the products engendered by additive manufacturing. The 3D printer can be used to modify existing products for appearance and functionality. And, in some cases, the modified product may be better than the original. This will reduce the sales of the original product manufacturer. Can product manufacturers stop activities that reconstruct, repair and modify their products by those using 3D printers?
The answer to the above question is probably yes. Yes, because utility patents are available to cover protection for novel products and methods engendered by additive manufacturing. Design patents and copyrights can cover ornamental and designs of the products. But, even “shrink wrap” license agreements that imposes restrictions on consumer use of software may not adequately address all of the challenges caused by additive manufacturing. Companies that create and sell products that are easily subject to additive manufacturing like toys, footwear, aerospace parts, prosthetics and replacement parts are especially at risk of this new paradigm.
In November 2015, the Federal Circuit, in ClearCorrect Operating, LLC v. International Trade Commission, overruled a ruling of the International Trade Commission.3 The Commission blocked the importation of digital files that would that would permit operators of the U.S. 3D printing facilities to manufacture dental braces that infringed the patents on the well-known “Invisalign” brand of clear braces. The Federal Circuit concluded that ITC power to block “articles that infringed U.S. intellectual property rights was limited to only material things and did not include digital transmissions. The federal Circuit reversed and remanded the Commission’s decision and concluded that the commission did not have jurisdiction.
3D printing technology is a game changer in industry, medicine, jewelry making, art, housewares and a bevy of other areas. 3D printing is exploding because it is a low overhead way to run a business. And, the technology is adapting, changing and growing fast.
At this time, prototyping appears to be the most effective 3D printing application. 3D printers that create thermoplastic tools are lighter in weight than traditionally made tools. Although 3D printing is in its infancy it is a blessing for manufacturers and entrepreneurs but a nightmare for existing intellectual property owners. Printers require less employee oversight and are easy to use.
3D PRINTED COURT EVIDENCE
Expert witnesses face the challenge of presenting to the jury highly scientific subject matter that is difficult to understand. Three-dimensional printing allows jurors to actually see or even hold a piece of evidence. This will have a powerful impact on their understanding of the expert’s testimony and ultimately on the outcome of the case.
3D printing can be used in court to supplement expert testimony. For example, in a complicated medical malpractice case, a juror can hold an exact replica of a client’s heart. 3D printers can replicate very small details providing clear insights in explaining why an artificial heart valve surgery was or was not performed negligently.
3D Printing can also be used in a product liability case to demonstrate a defect or to show causation. In a patent case, 3D replicas can make comparisons by using models of both the original and infringing product to demonstrate any material differences or similarities between the two.
FORD MOTOR COMPANY
Ford Motor Co. in Dearborn announced in January 2019 its designers have started to work with Gravity Sketch, a 3-D virtual reality tool. This tool enables designers to use a headset, controllers and gestures to create a design seemingly in mid-air.
CONCLUSION
3D printing in my opinion is a blessing for some manufacturers and problematic for others. 3D printers can create objects layer by layer using liquid materials like rubber and plastic with computer aided design software. Three-dimensional printing may be difficult forintellectual property owners to identify and stop infringers. This new technology of 3D printing will reshape markets. Just imagine you hit a button on your printer and out emerges a prototype of a prosthetic leg. It appears that aerospace and the medical sector will drive the most growth. The market could reach billions by 2020. When end users or contract manufacturers can print products on demand creates challenges in protecting existing intellectual property. The intellectual property triumvirate of patents, copyrights and trademarks were not created specifically to protect industrial design. The dialogue on intellectual property must now be on how to meet this continued evolution of product design and creativity within the ambit of our IP system.
3D Printing is largely innovative. But, product manufacturers need to be aware of 3D printing to identify and protect themselves from possible infringement. My purpose is to raise their consciousness to what is presently going on. Each company by and through its officers and general counsel can decide how best to respond to potentially disruptive innovations. Take the advice of one of my professors when I was a student in the Cradle of Intellectual America: “AWord to the Wise is Sufficient.”
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James A. Johnson of James A. Johnson, Esq. in Southfield is Trial Lawyer concentrating in litigation ranging from serious Personal Injury, Intellectual Property to Civil and Criminal RICO. Mr. Johnson is an active member of the Michigan, Massachusetts, Texas and Federal Court Bars. He can be reached at www.JamesAJohnsonEsq.com
ENDNOTES
1.www.abajournal.com/news/article/lawsuit_settlement_will_allow_online_blueprints_for_3d_printed_guns (last visited 2-8-19)
2. www.abajournal.com/news/article/judge_extends_online_ban_on_3D_gun_blueprints_says_free_speech_right_is_abr/?utm_source=maestro&utm_medium=email(last visited 2-8-19)
3. ClearCorrect Operating LLC v. ITC, USCA- Fed Cir-slip Op. No. 2014-1527 (Nov. 10, 2015).