IPS e.max CAD Blocks for CEREC/ inLab LT Block, Shade A3, Size I12, Package of 5 - Complete Buyer’s Guide

IPS e.max CAD Blocks for CEREC/ inLab LT Block, Shade A3, Size I12, Package of 5 - Complete Buyer’s Guide

MT / C14 / A3
$204.65 USD
$204.65 USD
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IPS e.max CAD Blocks for CEREC/ inLab LT Block, Shade A3, Size I12, Package of 5 - Complete Buyer’s Guide
  • IPS e.max CAD Blocks for CEREC/ inLab LT Block, Shade A3, Size I12, Package of 5 - Complete Buyer’s Guide
IPS e.max CAD Blocks for CEREC/ inLab LT Block, Shade A3, Size I12, Package of 5 - Complete Buyer’s Guide

Vivadent

IPS e.max CAD Blocks for CEREC/ inLab LT Block, Shade A3, Size I12, Package of 5 - Complete Buyer’s Guide

$204.65 USD
$204.65 USD

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Product overview

Inventory ID: 931-2738AA

Ivoclar IPS e.max CAD Blocks for CEREC/ inLab LT Block, Shade A3 Size I12, Package of 5 for efficient chairside and laboratory workflows. Ivoclar IPS e.max CAD blocks support precise milling and natural translucency for predictable results. This Complete Buyer’s Guide helps you choose confidently and achieve consistent restorative outcomes.

What makes this product stand out?

Ivoclar IPS e.max CAD blocks are designed to deliver a balance of strength and esthetics for a wide range of restorations. Ivoclar IPS e.max CAD blocks combine lithium disilicate technology with optimized translucency to support natural-looking, durable results.

Key advantages include:

  • Lithium disilicate material provides high strength and long-term durability
  • Medium translucency supports natural esthetics and shade blending
  • CAD CAM compatibility supports precise and efficient milling
  • A3 shade provides versatile use for common restorative cases
  • Consistent block quality supports predictable outcomes

What is this product made of?

Ivoclar IPS e.max CAD Blocks are made from lithium disilicate glass-ceramic designed for strength and esthetic performance. Ivoclar IPS e.max CAD blocks are engineered to deliver reliable milling and crystallization results.

At-a-glance comparison:

  • Lithium disilicate compared with zirconia: improved esthetics and translucency
  • CAD blocks compared with traditional lab materials: faster fabrication and chairside efficiency

Ivoclar IPS e.max CAD blocks provide a balance of strength and esthetics, helping clinicians achieve durable and lifelike restorations. Their material design supports consistent results across digital workflows.

What is it used for?

Ivoclar IPS e.max CAD blocks are used for fabricating indirect restorations using CAD CAM systems. Ivoclar IPS e.max CAD blocks help deliver precise, esthetic restorations with efficient workflows.

Common applications include:

  • Single-unit crowns in anterior and posterior regions
  • Inlays and onlays for conservative restorations
  • Veneers requiring high esthetics
  • Partial crowns and overlays
  • Chairside and laboratory CAD CAM restorations

Why you'll appreciate this product

You will appreciate how Ivoclar IPS e.max CAD blocks support both esthetics and efficiency in your practice.

For your work:

  • High strength supports durable restorations
  • Natural translucency enhances esthetic outcomes
  • Precise milling improves fit and accuracy
  • Consistent performance supports predictable results

For your practice:

  • CAD CAM compatibility improves workflow efficiency
  • Reliable material reduces remakes and adjustments
  • Ivoclar quality ensures dependable outcomes
  • 5-block packaging supports efficient inventory management

Ivoclar IPS e.max CAD blocks help you maintain efficient workflows while delivering strong, esthetic restorations.
Specifications
  • Product name: IPS e.max CAD Blocks for CEREC/ inLab LT Block
  • Manufacturer: Vivadent
  • Product type: CAD CAM ceramic blocks
  • Shade: A3
  • Translucency: MT
  • Size: C14
  • System compatibility: CEREC and inLab
  • Count: 5 blocks per pack
  • Material: Lithium disilicate glass-ceramic
  • Use: Indirect restorations

For professional dental use only. Follow proper milling and crystallization protocols for optimal results.
Sizing & selection

Selecting the correct block ensures optimal fit, strength, and esthetics.

Block size:

Select C14 Ivoclar IPS e.max CAD blocks for restorations requiring adequate material volume for milling.

Translucency level:

MT Ivoclar IPS e.max CAD offers medium translucency, ideal for blending strength with natural appearance.

Shade selection:

Choose A3 Ivoclar IPS e.max CAD for matching common tooth shades in posterior and some anterior cases.

Workflow compatibility:

Ivoclar IPS e.max CAD blocks are designed for use with CEREC and inLab systems for efficient production.

Selecting Ivoclar IPS e.max CAD ensures consistent results and streamlined restorative workflows.

Explore other options

Expanding your CAD CAM materials can improve flexibility across procedures.

  • Zirconia blocks for high-strength restorations
  • High translucency blocks for anterior esthetics
  • Hybrid ceramic materials for flexible applications
  • Bonding and cementation systems for complete workflows

Selecting the right combination of materials helps tailor your workflow to each procedure and clinical need.
Care & storage

Proper handling helps maintain material quality and performance.

  • Store in a clean, dry place
  • Keep packaging sealed until use
  • Handle blocks carefully to avoid damage
  • Dispose of unused material according to clinical waste guidelines
Frequently asked questions
  1. Can I use these blocks for both anterior and posterior restorations?Yes, you can use Ivoclar IPS e.max CAD blocks for a wide range of anterior and posterior restorations.
  2. What does MT mean?It refers to medium translucency, which provides a balance between strength and esthetics.
  3. Are these blocks compatible with CEREC systems?Yes, they are designed for use with CEREC and inLab CAD CAM systems.
  4. What shade is included in this product?You will receive A3 shade, which blends well in many restorative cases.
  5. How should I store these blocks?You should store them in a clean, dry place and keep them protected until use.

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