The company is reorganizing to focus on market verticals of healthcare and industrial, and restructuring to reduce operating costs by $100 million per year. ... Read more »
The additive manufacturing market is expected at a CAGR of +20% by 2024. The medical device industry, and orthopedics specifically, are expected to experience strong growth due to advancements in additive manufacturing technology and processes. ... Read more »
3T Additive Manufacturing achieved a reduction in its part setup time from five hours to ten minutes with adoption of technology from Renishaw. ... Read more »
Titanium equivalency study white paper and degradation study webinar detail the properties of Ti64 ELI powder produced by the EIGA and PA processes.... Read more »
The company's MetalFAB1 system can be used to manufacture hip and knee implants and patient-specific surgical guides. ... Read more »
Customers using 3DXpert for SOLIDWORKS can reduce design time of complex geometries by up to 50%. ... Read more »
The company uses Electron Beam Manufacturing to create implants for orthopedic patients, saving time and money and improving clinical outcomes. ... Read more »
The company provides anatomical models for procedure planning, surgical cutting guides and titanium implants for craniomaxillofacial procedures. ... Read more »
Forward-thinking medical device manufacturers have embraced the benefits of AM in designing their implants and instruments, as well as one-of-a-kind products that can only be made with AM.... Read more »
ASTM and America Makes are among additive manufacturing organizations creating a data collection and utilization roadmap to bolster the additive process.... Read more »
RESOMER PrintPowder enables high-resolution 3D printing of implants via Selective Laser Sintering. ... Read more »
Specific modules will address terminology, AM process overview, design and simulation, post-processing, mechanical testing, etc. ... Read more »
3T Additive Manufacturing is planning changes to its strategic and operational objectives, starting with a change in leadership. ... Read more »
3D printing has the potential to disrupt traditional orthopedic manufacturing models as device companies, contract manufacturers and hospitals adopt the technology. With growth of the technology, though, comes the need for a harmonized approach to guidelines and standards, says Gautam Gupta, Ph.D., ... Read more »
Early adopters and staunch supporters of additive manufacturing shed some of the hype and paint a picture of what it takes to experience success with the technology. In this recap of their OMTEC 2019 discussion, they talk market barriers, opportunities and considerations for materials and validation... Read more »
The ability to 3D-print orthopedic implants in a hospital setting continues to gain momentum with LimaCorporate and Hospital for Special Surgery building a new facility, as well as FDA engaging with stakeholders on guidance. ... Read more »
6K’s UniMelt® microwave plasma platform produces molybdenum, stainless steel, nickel and titanium additive manufacturing powders. ... Read more »
Mr. Christensen played a role in the very first FDA clearances for additive metal implants for the orthopedic and spine space. ... Read more »
Diener Implants specializes in orthopedic implant manufacturing capabilities with traditional high precision CNC machining and additive implant manufacturing. ... Read more »
The purchase of CoorsTek Medical allowed UnitedCoatings Group to expand design and supply chain services and traditional manufacturing capabilities, establishing the company as a fully-integrated contract manufacturer.... Read more »
Orthopedic device companies should proactively ask FDA and other regulatory bodies about important testing requirements and changes to regulations and standards.... Read more »
Choosing technology, designing porous structures and validating processes drove additive manufacturing conversations at OMTEC 2019.... Read more »
Additive manufacturing (AM) requires that orthopedic device manufacturers choose from a host of technologies to post process and finish their parts to achieve the ideal surface.... Read more »
The new AM business unit offers a full spectrum of additive products and services. ... Read more »
CoreLink has introduced a comprehensive platform for lateral MIS spine fusion including 3D printed titanium and PEEK-based implants, retractor and surgical instruments. ... Read more »
Four orthopedic additive manufacturing experts answer questions on validation of parts made on different locations on a build plate, process challenge parameters and safety hazards of additive materials.... Read more »
DePuy Synthes’ investment includes a 3D-printing Development and Launch Center and implementation of the Johnson & Johnson 3D Bioprinting Laboratory. Projects will focus on advancing materials in additive manufacturing, coatings and surface treatments.... Read more »
Additive manufacturing software company Betatype significantly increased the production of 3D-printed metal orthopaedic implants using its technology platform and Renishaw’s RenAM 500Q powder bed fusion printer.... Read more »
The company is a powder manufacturing subsidiary of GE Additive, located in Quebec, Canada.... Read more »
Rejoint's EBM additively-manufactured cobalt chrome YourKnee™ —which utilizes pre- and intra-op computer assisted technology, wearables, artificial intelligence and surgical simulation— achieved a first complete mechanical test. First surgery is slated for 1Q19 in Italy. Limited launch is... Read more »
This acquisition expands Carpenter’s additive manufacturing capabilities.... Read more »
An additive manufacturing expert from Osseus Fusion Systems shares how AM allows a small spine company to bring prototyping in-house for time and cost efficiencies while also maintaining surgeon engagement. ... Read more »
The collaboration will deliver a new concept in factory automation that will enable manufacturers to efficiently produce complex metal parts.... Read more »
Gautam Gupta, Vice President of Business Development for the Healthcare division of 3D Systems, explains that "3D printing technology is at an inflection point and is well-positioned for adoption as a factory solution for large-scale production."... Read more »
The facility will initially focus on additive manufacturing technology development, with future investments slated for meltless titanium powder and other materials.... Read more »
AMUG is an organization that educates and advances the uses and applications of additive manufacturing technologies; the new board will be responsible for building and overseeing the group's 2019 conference.... Read more »
The company, specialists in additive manufacturing, is adding comprehensive machining and casting services.... Read more »
Joe Haniford and Mike Murtagh see roles change in a series of strategic moves.... Read more »
The Härryda, Sweden space will open in 1Q19 ... Read more »
Oxford Performance Materials says that study results reveal superior antibacterial properties of PEKK structures compared to PEEK surfaces.... Read more »
Arcam purchased DiSanto Technology in 2014 for US $15.8MM in cash and stock.... Read more »
The Lichtenfels, Germany facility will house around 500 employees and will open in early 2019.... Read more »
This global innovation hub will advance AM technical standards, related research and development, education, training and more.... Read more »
CarTech Puris 5+ exceeds the standard Ti 6Al-4V Grade 5 strength levels by nearly 18%.... Read more »
Companies announced numerous spine product regulatory decisions and market launches well in advance of the 2017 NASS Annual Meeting. We've recapped product updates as a guide for what you can see and hear about on the exhibit floor.... Read more »
The new manufacturing plant in Saint-Eustache will employe 106 staff by the end of 2017. ... Read more »
A new white paper produced by the Society of Manufacturing Engineers’ (SME) Medical Additive Manufacturing/3D Printing Workgroup offers an evidence-building framework that may be used to conduct studies and set guidelines.... Read more »
MinebeaMitsumi acquired C&A Tool Engineering to expand its presence in medical, additive manufacturing, precision machining and ball bearings.... Read more »
Samuel’s purchase of Burloak Technologies allows Carpenter and Samuel to offer solutions from concept to delivery in additive manufacturing. ... Read more »
PTC's ThingWorx ® Platform is designed to help customers maximize productivity. ... Read more »
The launch unifies Arcam EBM, AP&C and DTI under GE Additive as one common brand structure. ... Read more »
Arcam's EBM operations will be led by General Manager, Karl Lindblom. ... Read more »
The $35MM purchase included manufacturing assets, patents and related IP. ... Read more »
As you consider your priorities for the AAOS Annual Meeting, keep in mind that the conference continues to attract exhibiting supplier and service providers. This list allows you to identify companies by their main capability.... Read more »
The Chinese government has prioritized medical device development, as well as local and international investments by domestic device companies. These initiatives, along with shifts in OEM to hospital distribution channels and newly-structured tiered healthcare, are expected to affect and shape the o... Read more »
The transaction provides immediate entry into the titanium powder market, much earlier than previously planned. ... Read more »
Talk of the promise of additive manufacturing and 3D printing often centers on aspects of cost, speed, advanced designs, clinical outcomes. With any technology used in our highly-regulated, patient-facing industry, quality—of the process, of the machine, of the finished product, of the knowledge o... Read more »
The unknowns of additive manufacturing have held up some companies from fully committing to its adoption. But, this hasn’t stopped them from progressing and making significant investments. Here's some action from the last few months.... Read more »
AP&C plans to invest up to CAD 31MM in this facility, creating 106 new jobs within the next three years.... Read more »
The orthopaedic industry has become more invested in additive manufacturing, as demonstrated by product launches, partnerships and FDA’s recent guidance document on the technology. But, what do surgeons think about it?... Read more »
Arcam, a supplier of Additive Manufacturing (AM) equipment, announced that its powder manufacturing subsidiary AP&C, in Montreal, Canada, has agreed with Investissement Québec (IQ) on a financing arrangement whereby IQ supports AP&C’s investment in a new powder plant with interest-free lo... Read more »
In order for additive manufacturing to move from tinkering technology to widely-used process, it’s imperative to prove its long-term benefits. In May, researchers, surgeons, device companies and additive manufacturing suppliers gathered to develop guidelines to build data and support reimbursement... Read more »
Arcam, supplier of Additive Manufacturing (AM) equipment, announced that its powder manufacturing subsidiary AP&C in Montreal, Canada, is building a new powder manufacturing plant.
The new facility will provide manufacturing redundancy, short term capacity increase and long term expansion capa... Read more »
Arcam, supplier of Additive Manufacturing technology, is expanding in Germany with a new sales operation led by Peter Jain, Managing Director of Arcam Cad to Metal GmbH, and based in Stuttgart.
With long term relationships with significant clients such as Fruth Innovation, Fraunhofer Institute and ... Read more »
Arcam launched Arcam Q10plus and Arcam Q20plus, a significantly enhanced generation of the Arcam Q-series EBM systems for Additive Manufacturing. With Qplus, Arcam introduces Arcam xQam™, an X-ray based function for high precision auto-calibration and improved beam control.
The Arcam Qplus-series... Read more »
Industry trends such as bundled payments, additive manufacturing and robotics were hot topics at this year’s AAOS Annual Meeting.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Additive manufacturing and the domination of digital communication and information transfer pose new concerns for manufacturers.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
As additive manufacturing gains traction in the orthopaedic industry, device companies must understand business, as well as mechanical, implications over traditional manufacturing.
Orthopaedic device companies, large and small, have adopted additive manufacturing (AM) to varying degrees in implant ... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Analysts have predicted that by 2018, 3D printing will result in a loss of $100 billion per year in IP globally. Here is a look at why enforcing one’s IP against 3D printer infringers will be challenging.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
