The document introduces an HTR-PEKK patient-matched implant made of poly-ether-ketone-ketone (PEKK) for cranial reconstruction. PEKK is a high strength material manufactured using additive manufacturing for a customized fit. The implant is available in various thickness and edge options depending on a patient's anatomy for reconstruction following craniectomy.

1. HTR-PEKK Patient-Matched Implant
Introducing Poly-Ether-Ketone-Ketone
Proven biocompatibility1
, greater strength2
Manufactured using OsteoFab™
Technology.

2. HTR-PEKK Patient-Matched Implant
All trademarks herein are the property of Biomet, Inc. or its subsidiaries unless otherwise indicated. OsteoFab™
Technology is a trademark of Oxford Performance Materials. This material is
intended for the Biomet sales force and physicians only and is NOT intended for patient distribution.It is not to be redistributed,duplicated or disclosed without the express written consent of Biomet.
Biomet Microfixation does not practice medicine and does not recommend these products for use on a specific patient. The surgeon who performs any implant procedure must determine the
appropriate device and surgical procedure for each individual patient. For product information, including indications, contraindications, warnings, precautions and potential adverse effects, see
the package insert and Biomet’s website or call 1.800.874.7711 or 904.744.4400. Form No. BMF00-6000 • Rev 11k1302
Biomet Microfixation supports one surgeon providing care to one patient everyday with our innovative line of cranial closure and reconstruction
products for neurosurgery. Our commitment to impacting patients’ lives starts with thoughtful design, rigorous testing, as well as continuously
seeking opportunities to provide best-in-class care that benefits the patient, the surgeon and the hospital.
Poly-Ether-Ketone-Ketone (PEKK) Features
• High strength material2
• Intra-operative workability
• Additive manufacturing process
• Faster time-to-surgery
HTR-PEKK Implant Fit Options
This design allows for some calcified tissue to remain along the craniec-
tomy walls while still providing a tight custom fit.The implant is
4-8mm thick based on the patient’s anatomy with a slightly blunt edge.
This design allows for a tight fit. The implant is 4-8mm thick based on
the patient’s anatomy with a tapered edge to offer a smooth transition
to the bone.
Lorenz®
Plating Systems for Fixation Solutions
1
Internal test report, ISO 10993. 2
ASTM F2026-10 material standards on file.
1.5mm Neuro System ThinFlap™
Custom Fit Standard Fit
This design allows the implant to sit directly on the bone surface to
improve symmetry of the patient’s skull. The implant has a minimum
3mm thickness and can be as thick as 5mm.It is designed with a tapered
edge to offer a smooth transition to the bone.
This design allows for more fit flexibility with the post surgery anatomy.
The implant is 5mm thick with a blunt edge and a 0.75mm gap between
the implant edge and the bone.
Reduced Fit Onlay Fit
HTR-PEKK is manufactured in partnership with Oxford Performance Materials (OPM) using OsteoFab™
Technology.
To learn more about HTR-PEKK patient-matched implants, please contact us at: 1520 Tradeport Drive • Jacksonville, Florida 32218-2480
Tel 904.741.4400 • Toll-Free 800.874.7711 • Fax 904.741.4500 • Order Fax 904.741.3059 • www.biometmicrofixation.com