LM-Arte™ Stainless Steel Restorative Instruments

Instruments for dental professionals, clean and sterilize before use max. 180°C/356°F.

• Designed for the removal of composite and bonding residue
• The special angulated working ends are ideal for removing excess from cervical anterior and interproximal molar areas
• Fine but solid instrument characterized by an optimized length, thickness and width of the blade

• For high-end esthetic anterior restorations
• Rounded and straight spatulas are designed for modeling anterior teeth, especially labial surfaces

• For high-end posterior composite restorations
• Plugger end is designed for bulk filling and composite material modeling
• Sharp end enables contouring the occlusal surface anatomy

• Especially fine and wide spatula for composite modeling
• Especially for large tooth surfaces such as buccal surfaces of the incisors
• The wide spatula end effectively flattens the composite
• The flexibility, delicacy and sharpness of the tip helps to create precise aesthetic details
• Spatula works well for applying the composite from a syringe

• Designed for simplifying occlusal modeling of posterior teeth in direct composite restorations
• Makes occlusal modeling fast, simple and predictable
• Instrument has one concave and one convex side

• Especially fine, flexible and narrow spatula for composite modeling
• Easy modeling in the approximal spaces and marginal ridges with matrix band in place
• Bent tips allow access to difficult areas without complicating your hand position

• Designed for aesthetic modeling and transporting of the composite
• The flexible working end gently and precisely sculpts composite layers, imitating the natural shapes of the tooth
• The thin tip enables modeling in narrow spaces or against the matrix band

• For estimating cusp thickness and height for evaluating the need for cusp preparation when performing adhesive restorations
• Ideal for evaluating the strength of the natural tooth structure and choosing the restorative technique to be used
• If the forked instrument tip penetrates up to its marks, the tooth structure is too weak to withhold occlusal forces with a direct restoration

• Modeling instrument with extremely sharp pointed tips
• The conical tip is perfect for sculpting the anatomy of the occlusal area of posterior teeth
• The fine probe shaped tip is optimal for modeling fissures and mamelons, as well as for layering characterization composites and sealants
• The flexibility enables gentle probing of excess bonding resins on tooth surfaces

• The angulated shanks enable unlimited access to all cavities
• Has both a thick and a thin tip which may be used in cavities of different sizes for both anterior and posterior areas
• The rounded working end enables a delicate condensation of composite without any risk of sticking

• For horizontal and vertical measuring of thicknesses of composite layers on anterior restorations
• After layering but before polymerization of the dentine composite, the thinner conical shaped tip is placed on the natural tooth enamel to gently model the composite, leaving an optimal space from 0.5 to 0.7 mm
• The thicker short tip is placed horizontally on the margin of the prepared cavity so that the edge of the tip remains on the original enamel, determining the right amount of transparent composite to apply
• Results in the final aesthetic restoration consisting of correctly calibrated opaque and translucent composites, preventing the unpleasant grey effect of the composites

• Posterior version of the popular Misura instrument
• Designed for horizontal and vertical measuring of thickness of composite layers on posterior restorations
• The fork shaped tip of the instrument allows measuring and modeling of the composite wall with the presence of a matrix