- Buy 4, Get 1 FREE!
- Buy 10, Get 3 FREE!
- Limit 5 redemptions per office.
- Free goods will be shipped directly from manufacturer.
- Free goods will be of equal or lesser value to lowest price purchase item.
- Redemption coupon will be included with your order.
- Free goods are subject to manufacturer terms and conditions.
Offer Ends 3/31/2026
Midwest diamonds
- Buy 4, Get 1 FREE!
- Buy 10, Get 3 FREE!
- Limit 5 redemptions per office.
- Free goods will be shipped directly from manufacturer.
- Free goods will be of equal or lesser value to lowest price purchase item.
- Redemption coupon will be included with your order.
- Free goods are subject to manufacturer terms and conditions.
Offer Ends 3/31/2026
Products
Description
Midwest Diamonds are made with natural diamonds which provide durable cutting surfaces. They feature multiple, evenly distributed layers for optimum concentricity and reliable cutting, use after use.
- Round -- Useful for opening and shaping cavity preparations. Can also be used for depth cuts. Extra large sizes useful for opening and shaping crown chambers for endodontic access.
- Inverted Cone -- Useful for initial opening and contouring of cavity preparations and mechanical retentions/undercuts. Longer head lengths are best suited for shaping walls and floors of deeper preparations.
- Cylinder Flat End -- Use when parallel sides and flat surfaces are needed. Creates flat floors, shoulders and straight walls.
- Taper Round End -- Useful for crown preparations with chamfered/beveled margins. Tapered sides assist in shaping to avoid undercuts.
- Taper Flat End -- Tapered sides and flat end provide flat margins and convergent sides in crown preparations. Also provides flat floors and divergent walls for inlay and overlay preparations.
- Needle and Interproximal -- The shaped ends of these diamonds allow delicate interproximal cutting. Effective on buccal and lingual surfaces in breaking contact.
- Egg and Football -- Rounded shapes are commonly used for both reduction and shaping of lingual and occlusal surfaces.
