Pure Titanium Discs (98mm) | OnePro Dental

Pure Titanium Discs (Grade 2) – The Gold Standard for Biocompatible Dental Restorations

The Pure Titanium Discs from OnePro Dental are crafted from 100% Grade 2 commercially pure titanium (CP Ti), representing the highest standard in biocompatibility for dental applications. Specifically designed for implant restorations, full-arch bridges, and custom abutments, these discs deliver exceptional tissue compatibility, superior corrosion resistance, and optimal osseointegration properties.

Available in 8 thickness options (10-25mm) with 98mm diameter, these discs ensure optimal versatility for all titanium-based dental prosthetic needs.

Key Features:

• 100% Grade 2 Pure Titanium (CP Ti)
  Medical-grade commercially pure titanium with 99.2% minimum titanium content for maximum biocompatibility.
• Superior Biocompatibility
  Hypoallergenic material with excellent tissue response - no allergic reactions or tissue irritation.
• Exceptional Osseointegration
  Natural titanium oxide layer promotes bone cell attachment and growth - ideal for implant applications.
• MRI Compatible
  Non-magnetic material allows patients to safely undergo MRI examinations without artifacts or safety concerns.
• Outstanding Corrosion Resistance
  Stable passive oxide layer prevents corrosion in the oral environment - no metal ion release over time.
• Lightweight Construction
  Density of only 4.51 g/cm³ - approximately 40% lighter than cobalt-chromium alloys for enhanced patient comfort.
• 8 Thickness Options (10-25mm)
  Wide range for various applications - from single crowns to full-arch implant frameworks.
• CAD/CAM Milling Optimized
  Compatible with leading 5-axis milling systems - Roland, VHF, Amann Girrbach, and more.

Recommended Indications:

The Pure Titanium Discs are recommended for:

• Implant-supported restorations - single crowns, bridges, and full-arch prosthetics on implants
• Custom implant abutments - patient-specific abutments for optimal emergence profile
• Full-arch implant frameworks - screw-retained or cement-retained full-arch bridges
• Partial denture frameworks - lightweight, biocompatible metal frameworks
• Implant bars - overdenture bars and hybrid prosthetic frameworks
• Single crowns - posterior crowns requiring biocompatibility (metal allergies)

Understanding Pure Titanium for Dental Applications:

What is Grade 2 Pure Titanium?

Grade 2 commercially pure titanium (CP Ti) is the most widely used titanium grade in dental and medical applications. It contains a minimum of 99.2% titanium with small amounts of oxygen, iron, and other elements that enhance its mechanical properties while maintaining exceptional biocompatibility.

Why Pure Titanium is the Gold Standard:

• Biocompatibility: No known allergic reactions - safe for all patients including those with metal sensitivities
• Osseointegration: Natural oxide layer (TiO₂) promotes direct bone-to-implant contact
• Corrosion Resistance: Passive oxide layer self-heals and prevents degradation in oral fluids
• MRI Safety: Non-ferromagnetic - no interference with magnetic resonance imaging
• Long-Term Stability: Proven clinical success over 50+ years in dental implantology

The Science of Osseointegration

Titanium's unique ability to osseointegrate - forming direct structural and functional connection with living bone - makes it the ideal material for implant-supported restorations. The titanium oxide layer that forms spontaneously on the surface:

• Provides a bioactive surface for bone cell attachment
• Promotes osteoblast proliferation and differentiation
• Enables direct bone apposition without fibrous tissue interface
• Maintains a stable bone-implant interface over decades

Technical Specifications:

Certifications & Standards:

OnePro Pure Titanium Discs meet or exceed international standards for medical-grade titanium:

• ISO 5832-2: Implants for surgery - Metallic materials - Part 2: Unalloyed titanium
• ASTM F67: Standard Specification for Unalloyed Titanium for Surgical Implant Applications
• FDA Approved: Cleared for dental and medical device applications
• CE Certified: Compliant with European medical device regulations
• ISO 13485: Manufactured under a certified quality management system

CAD/CAM Milling & Processing Workflow:

Step 1: CAD Design & Milling Preparation (20-30 minutes)

• Design implant restoration or framework in CAD software (3Shape, Exocad, DWOS)
• Design with appropriate screw access channels for implant restorations
• Verify connector size for bridges (minimum 12mm² cross-sectional area)
• No enlargement factor needed - titanium does not shrink during processing
• Export STL file with correct orientation for milling
• Select an appropriate titanium milling program in the CAM software

Step 2: Titanium Milling (30-60 minutes) - Critical Process

• Recommended Parameters:
• • Bur type: Carbide burs specifically designed for titanium (TiN or TiAlN coated)
• • Bur size: 0.5-2.0mm diameter depending on detail level
• • Spindle speed: 15,000-30,000 RPM (lower than PMMA/wax)
• • Feed rate: 0.8-1.5 mm/s (slower than other materials)
• • Cooling: Wet milling mandatory - titanium generates significant heat
• • Milling strategy: Climb milling preferred to reduce tool wear
• Important: Titanium is significantly harder than PMMA or wax - expect longer milling times and higher tool wear
• Use fresh, sharp burs - dull burs cause excessive heat and poor surface finish
• Monitor coolant flow continuously - inadequate cooling damages both material and tools

Step 3: Surface Treatment & Finishing (20-30 minutes)

• Mechanical Finishing:
• • Remove milling tabs with carbide burs or diamond discs
• • Smooth surfaces with titanium-specific polishing burs
• • Use progressive grits: coarse → medium → fine
• • Achieve smooth surface to reduce plaque accumulation
• Surface Treatment Options:
• • Sandblasting: 50-110 micron Al₂O₃ at 2-4 bar pressure for roughened surface
• • Acid etching: HF/HNO₃ mixture for enhanced osseointegration (implant components)
• • Polishing: High-gloss finish for supragingival surfaces
• • Passivation: Nitric acid treatment to enhance oxide layer (optional)
• Clean thoroughly with ultrasonic cleaner and steam

Step 4: Quality Control & Delivery (10-15 minutes)

• Verify fit on model or analog
• Check screw access channels (for implant restorations)
• Inspect surface finish and margins
• Verify no sharp edges or rough areas
• Clean and sterilize if required
• Package in protective container

⚠️ Critical Milling Considerations for Titanium: Titanium milling requires specialized equipment and parameters. The material's high strength and low thermal conductivity make it challenging to machine. Always use titanium-specific carbide burs, maintain adequate wet cooling, and expect 2-3x longer milling times compared to PMMA. Proper parameters prevent tool breakage and ensure quality results.

Why Choose Pure Titanium Over Other Materials?

The Pure Titanium Discs provide unique advantages for implant-supported restorations:

• Unmatched Biocompatibility: Zero allergic reactions - safe for all patients including those with metal sensitivities to nickel, chromium, or cobalt
• Superior Osseointegration: Natural TiO₂ layer promotes direct bone contact - essential for implant success
• MRI Safety: Non-magnetic material allows safe MRI examinations without artifacts - critical for patients requiring medical imaging
• Exceptional Corrosion Resistance: Passive oxide layer prevents degradation - no metal ion release even after decades
• Lightweight Comfort: 40% lighter than Co-Cr alloys - reduced stress on implants and enhanced patient comfort
• Proven Longevity: 50+ years of clinical success in dental implantology - most documented implant material
• Hypoallergenic: Ideal for patients with known metal allergies or sensitivities
• Cost-Effective: Affordable solution at $30-$52 per disc

Pure Titanium vs Other Dental Metals

Recommendation: Choose Pure Titanium for implant-supported restorations requiring maximum biocompatibility and osseointegration. Choose Titanium Alloy when higher strength is needed and biocompatibility is less critical. Choose Co-Cr for removable partial denture frameworks where osseointegration is not required.

Designed for Dental Laboratories

OnePro Dental works directly with dental laboratories worldwide, providing reliable CAD/CAM materials that combine performance, consistency, and cost efficiency.

The Pure Titanium Discs are an excellent choice for labs seeking medical-grade biocompatible materials for implant-supported restorations and custom abutments.

Frequently Asked Questions (FAQ)

💎 Product Features & Biocompatibility

Q: What makes Grade 2 pure titanium the best choice for implant restorations?
A: Grade 2 pure titanium (CP Ti) offers the optimal combination of biocompatibility, osseointegration, and mechanical properties. With 99.2% minimum titanium content, it's completely hypoallergenic with zero reported allergic reactions. The natural titanium oxide layer promotes direct bone-to-implant contact, making it the gold standard for implant-supported restorations. It's been successfully used in dental implantology for over 50 years with proven long-term clinical success.

Q: What is osseointegration and why is it important?
A: Osseointegration is the direct structural and functional connection between living bone and the titanium surface. The titanium oxide (TiO₂) layer that forms spontaneously on pure titanium provides a bioactive surface that promotes bone cell attachment, proliferation, and differentiation. This creates a stable bone-implant interface without fibrous tissue, which is essential for long-term implant success. Pure titanium's superior osseointegration capability is why it's the preferred material for implant components.

Q: Is pure titanium really MRI compatible?
A: Yes! Pure titanium is completely non-magnetic (non-ferromagnetic), making it fully compatible with MRI examinations. Patients with pure titanium dental restorations can safely undergo MRI scans without safety concerns or significant imaging artifacts. This is a critical advantage over some other dental alloys that may contain ferromagnetic elements. MRI compatibility is increasingly important as medical imaging becomes more common.

Q: Can patients with metal allergies use pure titanium restorations?
A: Absolutely! Pure titanium is completely hypoallergenic with no known allergic reactions reported in medical literature. It's the ideal choice for patients with documented allergies to nickel, chromium, cobalt, or other metals commonly used in dental alloys. The material's exceptional biocompatibility makes it safe for all patients, including those with multiple chemical sensitivities.

🔧 Milling & Processing

Q: Which CAD/CAM systems are compatible with pure titanium discs?
A: Pure Titanium Discs are compatible with professional 5-axis CAD/CAM milling systems including Roland, VHF, Amann Girrbach, Sirona, Yenadent, and other systems capable of milling titanium. A 5-axis machine is strongly recommended for complex geometries like implant abutments. Ensure your system has adequate spindle power and titanium milling capability before purchasing.

Q: What milling parameters should I use for pure titanium?
A: Recommended parameters for Grade 2 pure titanium:
• Bur type: Carbide burs with TiN or TiAlN coating (titanium-specific)
• Bur size: 0.5-2.0mm diameter depending on detail level
• Spindle speed: 15,000-30,000 RPM (lower than PMMA)
• Feed rate: 0.8-1.5 mm/s (slower than other materials)
• Cooling: Wet milling mandatory - use abundant coolant
• Strategy: Climb milling preferred to reduce tool wear
Important: Titanium generates significant heat during milling - inadequate cooling damages both material and tools.

Q: Why does titanium milling take longer than PMMA or wax?
A: Titanium is significantly harder and stronger than PMMA or wax (550-700 MPa vs 120 MPa for PMMA). This requires slower feed rates, more conservative cutting parameters, and more frequent tool changes. Expect milling times 2-3x longer than PMMA for similar geometries. However, the superior biocompatibility and clinical performance justify the additional processing time for implant applications.

Q: How often should I replace titanium milling burs?
A: Titanium milling burs wear significantly faster than burs used for PMMA or wax. Typical bur life:
• Roughing burs: 3-5 restorations
• Finishing burs: 5-8 restorations
Replace burs when you notice: increased milling time (>20%), poor surface finish, excessive vibration, or visible wear on cutting edges. Using dull burs generates excessive heat and compromises quality.

🦴 Clinical Applications

Q: What are the best applications for pure titanium?
A: Pure titanium excels in implant-related applications:
• Implant-supported crowns and bridges: Single units to full-arch restorations
• Custom implant abutments: Patient-specific emergence profiles
• Implant bars: Overdenture bars and hybrid frameworks
• Partial denture frameworks: Lightweight, biocompatible metal frameworks
• Single crowns: For patients with metal allergies
Pure titanium is specifically recommended when biocompatibility and osseointegration are priorities.

Q: Can pure titanium be used for full-arch implant bridges?
A: Yes! Pure titanium is excellent for full-arch implant-supported bridges (All-on-4, All-on-6, etc.). The material's biocompatibility, lightweight nature (40% lighter than Co-Cr), and proven long-term success make it ideal for these applications. Design with adequate connector size (minimum 12mm² cross-sectional area) and ensure proper screw access channels. Many clinicians prefer titanium over Co-Cr for full-arch cases due to superior biocompatibility and reduced weight.

Q: Should I choose pure titanium or titanium alloy (Ti-6Al-4V)?
A: Choose based on clinical priorities:
Choose Pure Titanium (Grade 2) when:
• Maximum biocompatibility is required
• Implant-supported restorations (osseointegration critical)
• Patients with metal allergies or sensitivities
• MRI compatibility is important
• Standard strength (550-700 MPa) is adequate

Choose Titanium Alloy (Ti-6Al-4V) when:
• Higher strength is required (895-1050 MPa)
• Long-span bridges with high occlusal forces
• Thin cross-sections requiring maximum strength
• Biocompatibility is less critical

For most implant applications, pure titanium's superior biocompatibility outweighs the alloy's strength advantage.

Q: How do I bond or cement restorations to pure titanium?
A: Pure titanium requires special bonding protocols:
For metal-ceramic restorations:
• Sandblast with 50-110 micron Al₂O₃
• Apply titanium-specific bonding agent or primer
• Use low-fusing porcelain designed for titanium

For cementation:
• Sandblast internal surface
• Use resin-modified glass ionomer or resin cement
• Titanium primers (e.g., MDP-based) enhance bond strength

For screw-retained restorations:
• No cementation needed - mechanical retention via screws
• Preferred method for implant restorations

🔬 Surface Treatment

Q: What surface treatments are recommended for pure titanium?
A: Surface treatment depends on the application:
For implant components (abutments, bars):
• Sandblasting: 50-110 micron Al₂O₃ at 2-4 bar for roughened surface
• Acid etching: HF/HNO₃ mixture for enhanced osseointegration
• Creates micro-roughness that promotes bone cell attachment

For supragingival surfaces:
• Polishing: High-gloss finish reduces plaque accumulation
• Use titanium-specific polishing compounds

Optional treatments:
• Passivation: Nitric acid treatment enhances oxide layer
• Anodization: Creates colored oxide layer (gold, pink, blue)

Q: How do I achieve a smooth surface finish on milled titanium?
A: Achieving smooth titanium surfaces requires:
1. Use sharp, titanium-specific finishing burs
2. Reduce feed rate for final finishing passes
3. Polish with progressive grits: coarse → medium → fine
4. Use titanium polishing compounds (not standard metal polish)
5. Final polish with felt wheels and diamond paste
6. Ultrasonic cleaning to remove polishing residue

Smooth surfaces are critical for supragingival areas to minimize plaque retention and maintain soft tissue health.

📦 Ordering & Specifications

Q: What thickness and diameter options are available?
A: OnePro Pure Titanium Discs are available in:
• Diameter: 98mm (Open System compatible)
• 8 thickness options: 10mm, 12mm, 14mm, 16mm, 18mm, 20mm, 22mm, 25mm
• Price range: $30-$52 per disc (based on thickness)
• Material: Grade 2 CP Ti (99.2% minimum titanium)
• Standards: ISO 5832-2, ASTM F67 compliant

Q: How many restorations can I get from one disc?
A: Typical yield from a 20mm disc:
• Single crowns: 8-12 crowns
• Implant abutments: 15-20 abutments
• 3-unit bridges: 3-4 bridges
• Full-arch frameworks: 1 framework from 25mm disc

Actual yield depends on restoration size, design complexity, and nesting efficiency. Titanium's high material cost makes efficient nesting important.

Q: Do you offer sample discs for testing?
A: Yes! We offer sample discs for qualified dental laboratories. Contact our sales team at oneprodental@gmail.com to request samples and test the milling quality and biocompatibility firsthand.

Q: What is your shipping time?
A: We offer fast global shipping with delivery in 5-10 business days. Express shipping options are available for urgent orders. Free shipping on orders over $500!

🛠️ Technical Support

Q: What if I need help with titanium milling parameters?
A: Our technical support team specializes in titanium processing! We provide assistance with:
• Milling parameter optimization for your specific machine
• Tool selection and bur recommendations
• Surface treatment protocols
• Troubleshooting milling issues
• CAM programming guidance
Contact us at oneprodental@gmail.com anytime.

Q: Do you offer bulk pricing for dental laboratories?
A: Yes! We provide competitive volume discounts for dental laboratories. Contact our sales team for bulk pricing, partnership opportunities, and customized solutions tailored to your laboratory's needs.

💬 Still have questions? Contact our expert team at oneprodental@gmail.com or use the live chat feature. We're committed to your success with every titanium restoration!