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While it’s still considered early-stage, metal additive manufacturing/3D printing (AM/3DP) is an important part of the growth in the global additive manufacturing market as it helps manufacturers produce stronger and lighter parts, improve efficiencies, reduce waste, lower emissions, and increase speed to market.

The 40/20 vertical machining center platform is rightly regarded as the workhorse of job shops. To help their customers deal with increased competitive pressures, machine tool builders are improving on this established 40 × 20" design, relying on advanced spindle technologies, fourth and fifth axis table-on-table configurations and high-speed, high-efficiency machining strategies.

A cultural shift is occurring within the healthcare industry, radically transforming the way we view medical needs. Technology is driving this alteration as a transformative enabler to meeting the patient’s healthcare priorities through pioneering technological methods.

Stratasys Ltd., the 3D printing company, says its own customer base prompted it to become involved in responding to the novel coronavirus (COVID-19).

Lungs, hearts, tumor-filled skulls, brains, livers, kidneys, and rib cages, are packed into shelves at the 3D Anatomic Modeling Laboratory at Mayo Clinic.

Within the healthcare and medical sector, it is the orthopedic sector that continues to adopt additive manufacturing, or 3D printing, at an astonishing rate.

Patient care is sometimes just as much about engineered devices or implants as it is about specialized surgical care or drug therapy. The Mayo Clinic, the world-renowned specialty care facility, not only has doctors, nurses, and clinicians with the skills and willingness to handle tough cases.

3D Systems announced enhancements to its reverse engineering software products.

The 18-year-old girl came to our clinical practice with a severe challenge: a deformed maxilla, the upper jawbone that also forms part of the nose and eye socket.

Global engineering company Renishaw teamed up with two inventive technology concerns to show how metal additive manufacturing (AM) can make lightweight spinal implants that mimic the mechanical properties of bone.