Soins de santé
Explorer l'habilitationPourquoi c'est mieux
HBD Metal 3D printing redefines healthcare manufacturing with unmatched precision, enabling patient-specific solutions and advancing the development of life-saving technologies.
Comment l'impression 3D
fait la différence
Production par lots à haut rendement
- Avantage : Enables the rapid and cost-effective batch manufacturing of highly precise and customized orthopedic implants.
- Problème résolu : Reduces production time and costs compared to traditional machining, while ensuring high repeatability and patient-specific customization.
- Application typique : Acetabular Cups
Biocompatible Materials for
Long-Term Implant Safety
- Avantage : Utilizes biocompatible metals such as titanium and cobalt-chromium alloys to ensure safe and long-lasting medical implants.
- Problème résolu : Reduces the risk of implant rejection, enhances bone integration, and improves patient outcomes compared to traditional materials.
- Application typique : Implantable Prosthesis
Precision Manufacturing of Exotic
Materials for Medical Devices
- Avantage : Enables high-precision printing of refractory and radiation-shielding materials like tungsten for specialized medical applications.
- Problème résolu : Overcomes the challenges of machining ultra-hard materials while ensuring high-density and defect-free structures.
- Application typique : Tungsten Grid
Recommandé Modèles
DBC 150
Volume de construction :
φ158mm × 100mm
(hauteur y compris la plaque de construction)
Puissance du laser :
1 Laser, 300W/500W
2 lasers, 300W
DBC 200
Volume de construction :
265mm × 170mm × 120mm
(hauteur y compris la plaque de construction)
Puissance du laser :
2 lasers, 300W/500W
DBC 150
Volume de construction :
φ158mm × 100mm (hauteur y compris la plaque de construction)
Puissance du laser :
1 Laser, 300W/500W
2 lasers, 300W
Volume de construction
158mmx 100mm
Puissance du laser
1 Laser, 300W
2 lasers, 300W
2 lasers, 300W
DBC 200
Volume de construction :
265mm × 170mm × 120mm (hauteur y compris la plaque de construction)
Puissance du laser :
2 lasers, 300W/500W
Volume de construction
158mmx 100mm
Puissance du laser
1 Laser, 300W
2 lasers, 300W
2 lasers, 300W
DBC 400
Volume de construction :
350 mm × 400 mm × 400 mm (hauteur y compris la plaque de construction)
Puissance du laser :
4 lasers, 500W/1000W
6 lasers, 500W/1000W
Volume de construction
158mmx 100mm
Puissance du laser
1 Laser, 300W
2 lasers, 300W
2 lasers, 300W
Les bons matériaux pour le
Perfect Healthcare Solution
Alliage de titane
(Ti6Al4V)
Pourquoi le choisir ?
Lightweight, highly biocompatible, and corrosion-resistant—perfect for long-term medical implants and surgical instruments.
Meilleur pour :
Orthopedic implants, bone plates, and surgical tools.
Alliage de titane
(Ti6Al4V)
Pourquoi le choisir ?
Lightweight, highly biocompatible, and corrosion-resistant—perfect for long-term medical implants and surgical instruments.
Best For :
Orthopedic implants, bone plates, and surgical tools.
Acier inoxydable
(316L)
Pourquoi le choisir ?
Excellent corrosion resistance, durability, and biocompatibility—widely used in medical applications requiring strength and hygiene.
Best For :
Surgical instruments, medical devices, and temporary implants.
Tantalum
(Ta)
Pourquoi le choisir ?
Exceptional biocompatibility, non-toxic, and highly resistant to corrosion—ideal for long-term implants and bone integration.
Best For :
Permanent implants, bone scaffolds, and specialized medical components.
La confiance des leaders de l'industrie
“With HBD’s 3D printed allograft bone reconstruction, our revision hip arthroplasty achieved excellent results—restoring limb balance and symmetry while ensuring a smooth recovery.”
En savoir plus
Ready to Transform Healthcare with Us?
Contact our team to explore how HBD’s advanced metal 3D printing technology can meet your healthcare manufacturing needs. We’re here to provide expert support and guidance.
Démarrer la recherche de produits
English 
