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Bonlecule

World 1st Bioactive Filament For 3D Printing

#material_info

Bonlecule, akin to titanium and PEEK, possesses exceptional strength and biocompatibility attributes while being comparatively more cost-effective. It presents the added advantage of bioactivity, which facilitates the bone healing process, rendering it highly suitable for permanent medical implant applications and bone tissue engineering endeavors.

#the_sciences

• Powered by nano-hydroxyapatite-coated-copolymer
• Hydroxyapatite crystal with the same nature bone crystal in TEM SAED
• More than 2-fold increase in cell proliferation in 3 days (MC3T3-E1)
• Significant mineralization in 28 days

#material_highlights

• Speed up bone healing process by 3 times*
• Bone-like mechanical properties & osteoconductive
• ISO 10993 and REACH (EC1907/2006) certified
• Gamma or EtO sterilizable

#ideal_for

Cranioplasty, oral maxillofacial implants, parietal bone, spinal interbody fusion cage, radius, ulna, carpal bones, metacarpal bones and phalanges, etc.

#Excellent_
Cell_
Proliferation_
and_
Mineralization

#Excellent_
Cell_
Proliferation_
and_
Mineralization

#material_properties

Flexural strength (ASTM D790)

56 MPa

Flexural modulus (ASTM D790)

1.77 GPa

✔ Industry standard facilities

✔ Produced in ISO 7 cleanroom facilities
✔ ISO 9001, ISO 13485 quality management system 

✔ In-house ethylene oxide (EtO) sterilization 

Cleanroom - Air shower

#medical_quality

OPMAC - 1.75mm Filament diament tolerence
1.75mm Filament diament tolerence
Keyence - 1.75mm Filament diament tolerence
1.75mm Filament diament tolerence

#extreme_diameter_tolerence

✔ 1.75mm diameter with far less than ±0.05mm tolerance

✔ ±0.01mm tolerance at best
✔ Real-time feedback in diameter control in production  

✔ Powered by Keyence and EECTRL Opmac laser technologies
✔ Stringent quality control with no compromise

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