SCOOPED GLASS SLAB FOR MIXING DENTAL MATERIALS

Abstract

The dental mixing glass slab and spatula are essential tools in modem dentistry, playing a pivotal role in the preparation and manipulation of various dental materials. The glass slab provides a smooth, non-porous surface that facilitates the uniform mixing of compounds such as cements and impression materials, ensuring optimal consistency and performance. Its temperature-regulating properties further enhance material workability. The accompanying spatula, designed with a flat, wide blade, allows for efficient mixing, precise application, and ease of handling. Together, these tools are integral to achieving high-quality results in dental procedures, enabling practitioners to enhance patient outcomes through effective material preparation. Mastery of the glass slab and spatula is fundamental for dental professionals committed to excellence in clinical practice. The Solution given in this Scooped Glass Slab for Mixing Dental Materials is the sectioned space with appropriate depth for extended easy manipulation of dental cements.

Specification

In the field of dentistry, precision and accuracy are paramount, especially when it comes to the preparation of dental materials. The dental mixing glass slab and spatula are indispensable tools that play a crucial role in this process.
Dental Mixing Glass Slab: This smooth, non-porous surface is designed for mixing various dental compounds, such as cements, adhesives, and impression materials.
The glass slab not only facilitates even mixing but also helps maintain the desired temperature of the materials, ensuring optimal consistency and workability.
Dental Spatula: Accompanying the mixing slab, the spatula is engineered for efficiency and control.- With its flat, wide blade, it allows for thorough mixing, precise application, and the ability to manipulate materials with ease. Available in various materials, including metal and plastic, the spatula is designed for durability
and versatility.
Together, the dental mixing glass slab and spatula enhance the quality of dental work by ensuring that materials are mixed uniformly, leading to improved adhesion and performance in clinical applications. Mastery of these tools is essential for dental professionals committed to delivering high-quality care BACKGROUND OF THE INVENTION
28-Oct-2024/130652/202441082057/Form 2(Title Page)
HISTORY
The evolution of dental tools, including the mixing glass slab and spatula, reflects advancements in dental practice and material science over the centuries.
Early Developments
• Ancient Dentistry: The use of rudimentary tools can be traced back to ancient civilizations, where early dentists utilized basic implements for mixing and applying materials made from natural substances. • Medieval Period: During the Middle Ages, the introduction of metal tools

marked a significant improvement in dental practices. However, mixing techniques remained basic, with wooden or stone surfaces used for
preparation.
19th Century Innovations
• Industrial Revolution: The 19th century saw significant advancements in dental materials and techniques. The introduction of glass as a mixing surface provided a smoother, more hygienic alternative to wood or stone. Glass slabs became increasingly popular due to their ease of cleaning and ability to
facilitate precise mixing.OBJECTIVES
-Oct-2024/130652/202441082057/Form 2(Title Page)
1. To achieve better manipulation of dental cements. 2. To achieve easy scooping of cements after manipulation. 3. To Perform multiple manipulation in single glass slab.
SUMMARY OF THE PRESENT INVENTION
• Material Advancements: As dental materials evolved, including the introduction of resins and advanced cements, the design and functionality of mixing slabs and spatulas also improved. Modem materials and ergonomic designs have enhanced usability and durability. • Standardization in Dental Education: The use of mixing glass slabs and spatulas has become a fundamental part of dental education, with students learning proper techniques for material preparation.
Today, these tools are essential in clinical settings, reflecting both historical evolution and ongoing advancements in dental technology. Their design and functionality continue to adapt to meet the needs of modem dentistry, ensuring
precision and quality in patient care.

DETAILED DESCRIPTION OF THE INVENTION
28-Q,ct-2024/130652/202441082057/Form 2(Title Page)
The glass slab provides a smooth, non-porous surface that facilitates the uniform mixing of compounds such as cements and impression materials, ensuring optimal consistency and performance. Its temperature-regulating properties further enhance material workability. The accompanying spatula, designed with a flat, wide blade, allows- for efficient mixing, precise application, and ease of handling. Together, these tools are integral to achieving high-quality results in dental procedures, enabling practitioners to enhance patient outcomes through effective material preparation. Mastery of the glass slab and spatula is fundamental for dental professionals committed to excellence in clinical practice. The Solution given in this Scooped Glass Slab for Mixing Dental Materials is the sectioned space with appropriate depth for extended easy manipulation of dental cement
Advantages of Scooped Glass Slab for Mixing Dental Materials
1. Easy Mixing in sectioned space. 2. Multiple mixing in single glass slab 3. Scooping of the manipulated dental cements using spatula made easy
Claim 1: Scooped Glass Slab for Mixing Dental Materials, said Scooped Glass Slab for Mixing Dental Materials includes:
a Depth Area (1), a Shallow Area (2)
Claim 2: Scooped Glass Slab for Mixing Dental Materials, of Claim 1, Wherein the Scooped Glass Slab for Mixing Dental Materials (3) comprises three Shapes of depth sectioning- Circular, Oval, Sperical respectively.
Claim 3: Scooped Glass Slab for Mixing Dental Materials, of Claim 1, Wherein the Scooped Glass Slab for Mixing Dental Materials (3) comprises multiple scooped depth sectioned areas in the glass slab to facilitate manipulation
of different dental cements.

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