MaxFlex polishing discs feature a non-metallic plastic center and high-quality abrasive surfaces, enabling scratch-free, controlled finishing. Their flexible design, multiple diameters, and single-sided abrasive coating offer precise access and progressive polishing in various areas of the tooth. The pop-on mandrel allows quick disc changes and inversion, supporting clinicians in achieving smooth, aesthetic, and reliable results in every restorative procedure.

Quick-change pop-on system

The pop-on mandrel ensures fast and secure attachment, enabling rapid grit transitions during polishing. This convenience optimizes clinical time while maintaining precision and control.

Low-speed use

Designed for low-speed operation, the discs offer greater control, minimizing heat generation and preventing unnecessary wear of the restorative material.

MaxFlex polishing discs feature a non-metallic plastic center and high-quality abrasive surfaces, enabling scratch-free, controlled finishing. Their flexible design, multiple diameters, and single-sided abrasive coating offer precise access and progressive polishing in various areas of the tooth. The pop-on mandrel allows quick disc changes and inversion, supporting clinicians in achieving smooth, aesthetic, and reliable results in every restorative procedure.

Quick-change pop-on system

The pop-on mandrel ensures fast and secure attachment, enabling rapid grit transitions during polishing. This convenience optimizes clinical time while maintaining precision and control.

Low-speed use

Designed for low-speed operation, the discs offer greater control, minimizing heat generation and preventing unnecessary wear of the restorative material.

MaxSoft polishing discs are engineered with a non-metallic plastic center and high-quality abrasive surfaces to ensure safer finishing without scratching the restoration. Their flexible design, available in multiple diameters and grit levels, enables progressive polishing with excellent visibility, access, and control. With a removable mandrel system and single-sided abrasive coating, MaxSoft discs support clinicians in achieving smooth, aesthetic, and predictable results in a wide range of restorative procedures.

Non-metallic center

The plastic center eliminates the risk of accidental scratches on the restored surface, enhancing safety and preserving the esthetics of composite resin.

Removable mandrel system

The practical mandrel attachment allows fast disc changes and inversion, making the procedure more efficient and comfortable for the clinician.

Felt polishing discs are made from high-quality aluminum oxide–impregnated felt, ensuring flexibility, durability, and excellent polishing performance. This construction allows effective refinement of restorative surfaces, improved gloss, and consistent adaptation to dental anatomy. By using Denfinity’s Felt Discs, dental professionals gain reliable and efficient polishing tools that help achieve superior finishing results across a wide range of restorative materials.

Impregnated felt

Aluminum oxide–impregnated felt discs smooth surface irregularities and deliver a natural, high-gloss finish. Their flexible structure adapts easily to dental contours for precise polishing.

Secure mandrel engagement

Mandrels attach felt discs to a contra-angle handpiece, providing a stable fit and allowing fast, effortless disc changes during the procedure.

Stainless-steel shank

The stainless-steel shank resists corrosion and external agents, offering durability while preventing debris and bacterial buildup for easier maintenance.

Right-angle attachment

Proper low-speed attachment ensures safe operation and protects both the instruments and polishing components from unnecessary wear.

Manufactured from surgical-grade stainless steel and coated with aluminum oxide, these strips provide durable abrasion, smooth performance, and efficient finishing in interproximal adjustments. Available in coarse, medium, and fine grits, they deliver versatility for shaping, contouring, and polishing multiple restorative materials while maintaining stability during use.

Controlled abrasion

Aluminum-oxide coating enables efficient smoothing and contouring of restorative surfaces with predictable, uniform action.

Durability and stability

The neutral center protects the contact point, allowing access to interproximal areas without breaking the anatomical contour created during restoration.

Designed with medium and fine diamond granulations, these strips offer superior cutting efficiency and enhanced polishing capacity in tight interproximal spaces. Their precision abrasiveness allows effective removal of irregularities, refinement of contours, and high-quality finishing while maintaining the integrity of the contact point.

Diamond-coated efficiency

Diamond particles enhance cutting power, enabling rapid contouring and smooth, uniform interproximal finishing.

Precision perforations

Strategically placed perforations improve flexibility and debris clearance, allowing smoother movement between tight contact areas.

Enhanced serration design

Fine serrations increase cutting precision, helping initiate access, guide the strip accurately, and refine proximal surfaces with minimal effort.

Serrated neutral center

The serrated neutral zone maintains the contact point while facilitating controlled entry into interproximal spaces without damaging anatomy.

Manufactured with aluminum oxide abrasive and available in medium and fine grits, these polyester strips are designed to deliver precise finishing and polishing in interproximal areas. Their flexible polyester backing allows smooth adaptation to tooth surfaces, enabling effective removal of excess restorative material, refinement of contours, and a high-quality polished finish while preserving the natural contact point.

Efficient finishing

Aluminum oxide abrasives in medium and fine grits provide controlled material removal and smooth finishing of restorative surfaces.

Flexible polyester backing

The thin, flexible polyester strip adapts easily to tooth contours, enabling precise work in tight interproximal spaces.