3M ESPE MONOPHASE (SOFT) POLYETHER IMPRESSION MATERIAL

The new 3M™ ESPE™ (Soft) Monophase Polyether Impression Material with its bright colour means enhanced readability for you. And your patients will enjoy its fresh mint flavour and appreciate how easily the impression can be removed from the mouth. 3M ESPE (Soft) Monophase impression material helps you create highly detailed impressions and perfectly fitting restorations right away, capitalising on polyether’s proven benefits:

• Outstanding initial hydrophilicity for precise, void-free impressions
• Excellent flow properties delivering great detail reproduction
• Unique “snap-set” behaviour to prevent setting while you’re working

Key Specifications:

•  Precise, void-free impressions
•  Excellent flow properties - great detail reproduction
•  Superior polyether features and bright colour
•  Less retakes, adjustments and reworks required

Tech Info:

Highest precision through outstanding initial hydrophilicity. 3Mâ„¢ ESPEâ„¢ (Soft) Monophase Polyether Impression Material shows a significantly lower contact angle and therefore higher hydrophilicity.

Polyether is hydrophilic by nature, preventing moisture and saliva from compromising marginal accuracy and integrity. The new 3M™ ESPE™ (Soft) Monophase Material displaces moisture right from the first contact with tissue – for void-free impressions. Preferred over VPS by many dentists for excellent detail reproduction in moist conditions.

Indications:

The new polyether impression materials are available for convenient automatic mixing in the Pentamixâ„¢ System from 3M ESPE. Recommended for:

• Implant impressions
• Edentulous impressions
• Crown and bridge impressions
• Inlay and onlay impressions

Features:

• Precise impressions with improved readability thanks to superior polyether features and bright material colour
• Precisely fitting restorations
• More patient comfort through fresh taste and easy removal from the mouth (“Soft” version)
• Saves time and money with reliable results on the first take
• Less retakes, adjustments and reworks required
• Increased cooperation efficiency between practice and lab