Dental Laboratory Pattern Wax – Clasp / Big Grid / Small Grid / T Clasp / Hexagonal / Round Hole

Dental Laboratory Pattern Wax – Clasp, Grid, T Clasp, Hexagonal & Round Hole Types

Dental Laboratory Pattern Wax is a preformed wax product range designed for removable partial denture (RPD) framework fabrication and cast metal prosthetic pattern development. Available in six standardized forms — Clasp, Big Grid, Small Grid, T Clasp, Hexagonal, and Round Hole — each type provides precise geometric wax patterns to support accurate framework wax-up, sprue attachment, and investment casting workflows in dental laboratory environments.

Clinical Advantages

Six preformed pattern types for comprehensive RPD framework and metal casting applications
Standardized geometries ensure dimensional accuracy in framework wax-up procedures
Consistent wax cross-section and surface finish for reliable burnout and casting outcomes
Compatible with standard phosphate-bonded and gypsum-bonded investment materials
Clean and complete burnout with minimal casting residue

Indications & Clinical Use

Clasp: Direct retainer and circumferential clasp arm pattern fabrication for RPD frameworks
Big Grid: Major connector mesh and saddle area reinforcement pattern wax-up
Small Grid: Minor connector and precision mesh area framework pattern development
T Clasp: T-bar and RPI clasp system pattern fabrication for RPD retainer components
Hexagonal: Hexagonal mesh pattern for denture base retention and framework reinforcement
Round Hole: Perforated retention pattern for acrylic bonding surfaces on cast metal frameworks

Material & Performance

Composition: Dental pattern wax formulation with controlled burnout properties
Available forms: Clasp, Big Grid, Small Grid, T Clasp, Hexagonal, Round Hole
Complete and residue-free burnout compatible with standard casting temperatures
Consistent flexibility for adaptation to refractory cast surfaces

Clinical Workflow

Select appropriate wax pattern type based on framework component and design requirements
Adapt selected preformed wax pattern onto duplicated refractory cast
Secure and blend wax pattern margins using suitable wax instruments
Complete framework wax-up including sprue attachment and venting
Invest wax pattern in appropriate investment material per casting protocol
Burnout and cast framework using designated alloy and casting procedure