Yes, SAREMCO composites are suitable for pediatric dentistry.

Yes, SAREMCO materials are particularly suitable for bonding zirconia, especially when used in combination with:

• els extra low shrinkage® cem – provides stress-free, durable bonding with minimal shrinkage.
• els extra low shrinkage® unibond – improves bond strength by ensuring a reliable connection to tooth structure.
• saremco zirconia primer – developed specifically for zirconia frameworks, ensuring significantly enhanced adhesion to zirconia surfaces.

Recommended steps for optimal bonding:

• Sandblasting the zirconia surface to increase micro-retention.
• Conditioning the surface with saremco zirconia primer before cementation.

Bond strength values:

• Without primer: 4–6 MPa
• With saremco zirconia primer: Significantly improved adhesion."

Yes, els extra low shrinkage® cem can be used for post cementation in root canal treatments.

• High bond strength and low shrinkage make it ideal for fixing root posts in root canals.
• It ensures a reliable and long-lasting seal, minimizing the risk of leakage and supporting long-term restoration stability.

Yes, SAREMCO composites are ideal for minimally invasive procedures, including direct composite veneers.

• Low polymerization shrinkage ensures tight marginal adaptation and minimizes the risk of microleakage.
• Excellent flowability allows for precise application with minimal tooth reduction.
• High mechanical stability ensures long-term durability, even in thin-layered restorations.
• Ideal for direct composite veneers: Dentists can sculpt highly aesthetic composite veneers directly on the tooth without extensive preparation or laboratory fabrication, providing a cost-effective, fast, and minimally invasive solution for aesthetic corrections."

Yes, SAREMCO products are suitable for temporary restorations.

Filtration of the cleaning solution is optional, but it offers several advantages:

• Over time, the solution becomes saturated with resin residues, gradually losing cleaning efficiency.
• Filtering removes solid resin particles, allowing the filtered water to be disposed of through regular drainage, while the hardened resin waste should be disposed of through specialized waste management.
• Alternatively, the filtered liquid can still be used as the first cleaning bath, with a fresh solution reserved for the second bath."

The cleaning bath should always be covered to prevent water evaporation.

• An uncovered solution may undergo concentration changes, reducing cleaning effectiveness.
• A closed lid also prevents contamination from dust and foreign particles, which could negatively affect cleaning quality."

saremco print CLEANING CONCENTRATE is an eco-friendly cleaning solution specifically designed for cleaning 3D-printed objects.

• It enables gentle yet thorough cleaning without compromising the physical properties of printed objects.
• The concentrate is odor-free and does not emit flammable gases, ensuring a safe working environment for users.
• Highly cost-effective and sustainable: 3 liters of saremco print CLEANING CONCENTRATE, when mixed with deionized water, yield 17 liters of ready-to-use cleaning solution."

saremco print CROWNTEC is a high-performance 3D printing material specifically developed for dental restorations and prosthetics.

• It offers high precision and stability to create durable and aesthetically appealing restorations.
• Suitable for the fabrication of permanent crowns, inlays, onlays, veneers, and artificial teeth for prosthetics, as well as for all temporary restorations such as bridges and All-On-X restorations.
• Numerous studies have confirmed the outstanding performance of saremco print CROWNTEC, demonstrating its suitability for long-term, functional restorations."

For optimal cleaning results, an ultrasonic cleaning device is recommended.

• Alternatively, a magnetic stirrer can be used, though this may require longer cleaning times.
• Ultrasound provides efficient and uniform cleaning, especially for objects with complex geometries."

The saremco print workflow follows a series of structured steps to achieve a precise and highly aesthetic 3D-printed restoration. All details can be found in the specific instruction for use or fabrication manual.

• Printing (Print): The process begins with the 3D printing of the restoration using saremco print CROWNTEC or saremco print DENTURETEC.
• Cleaning (Clean): After printing, objects must be thoroughly cleaned by hand to remove excess material and ensure a smooth surface for further processing. saremco print CLEANING CONCENTRATE is the recommended cleaning solution when using an ultrasonic bath.
• Customization (Individualize): The object is characterized using els extra low shrinkage® paintart to achieve the desired shade and aesthetics. Various color options, including white, brown, gray, blue, red, and incisal, are available to create a natural-looking restoration.
• Curing (Cure): Final polymerization is carried out according to the recommended exposure time and intensity in a validated curing unit. This ensures the optimal balance between maximum physical properties (essential for permanent restorations) and excellent color stability. Once cured, the restoration can be easily polished to a high-gloss finish. The official list of validated curing devices can be accessed here.
• Bonding (Bond): The final step is securing the restoration and curing the material. The restoration is fixed using the bonding system (els extra low shrinkage® duobond and els extra low shrinkage® cem) and then polymerized to ensure a durable, stable, and highly aesthetic restoration.

This workflow guarantees high precision and excellent aesthetic adaptation, making it the preferred choice for long-lasting and precise dental restorations."

els extra low shrinkage® cem has a working time of over 2 minutes.

• Temperature and light influence polymerization:
• Higher temperatures can accelerate curing.
• Direct light exposure, especially from curing lamps or daylight, can shorten the working time.
• To maximize the full working time, direct light should be avoided, and a consistent room temperature should be maintained."

The recommended cleaning time is 3 minutes per bath (2 baths).

• This duration is sufficient to effectively remove excess resin without affecting surface quality.
• Too short a cleaning time may leave residues, while excessive exposure could impact material properties.

The bond strength and debonding forces of els extra low shrinkage® cem are approximately 10 MPa.

• Debonding forces depend on the surface preparation and can be increased with optimal tooth surface conditioning.
• At higher temperatures, the material cures faster, leading to improved adhesion and accelerated polymerization.

After the second cleaning bath, the models should be rinsed again with warm water and completely dried.

• Rinsing removes any remaining cleaning solution residues, which could otherwise adhere and damage the printed object.
• Complete drying is crucial to avoid material changes or adhesion issues in subsequent processing steps.

No, acetylsalicylic acid (ASA) is not present in any current SAREMCO products. This active ingredient is commonly used in pain relievers and anti-inflammatory medications but is not relevant for dental restorative materials.

No, diclofenac is not present in any current SAREMCO products.
This active ingredient is used in anti-inflammatory pain relievers but is not relevant for dental materials.

No, gentamicin is not present in any current SAREMCO products.
As an antibiotic, it is used to treat bacterial infections but has no application in restorative dental materials.

No, polidocanol is not present in any current SAREMCO products. This local anesthetic is used in medicine for vascular sclerotherapy but is irrelevant for restorative materials.

No, amoxicillin is not present in any current SAREMCO products. As an antibiotic used for the treatment of bacterial infections, it has no function in dental materials.

No, paracetamol is not present in any current SAREMCO products. This active ingredient is used for pain and fever relief but has no application in dental materials.

Yes, SAREMCO materials are highly resistant to discoloration.

• Color-stable monomer systems and ultra-pure fillers minimize discoloration caused by coffee, tea, red wine, or other staining substances.
• A smooth surface after polishing further helps reduce buildup of deposits.
• Long-term aesthetic results are ensured with proper processing and regular oral hygiene."

Les produits SAREMCO apportent une contribution significative à la dentisterie esthétique en raison de leur niveau élevé d'esthétique et de leur excellente aptitude au polissage.

• La bonne transmission de la lumière et la stabilité de la couleur garantissent des résultats d'apparence naturelle.
• L'excellente aptitude au polissage crée une surface lisse qui préserve l'aspect esthétique à long terme.

No, SAREMCO products do not contain wood tar.

• Wood tar is not used in dentistry as it may have irritating or sensitizing properties.
  SAREMCO relies on high-quality ingredients that are specifically developed for dental applications."

No, SAREMCO products do not contain colophonium.

• Colophonium is sometimes used in plastics and adhesives as a tackifier, but it can be irritating to the skin and mucous membranes.

SAREMCO products contain inorganic components such as glasses and ceramic particles.

• These improve thermal expansion as well as the chemical and thermal stability of the materials.

Yes, saremco print CROWNTEC has been tested for biocompatibility and meets all relevant requirements for use in dentistry.

• SAREMCO places great emphasis on the safety and compatibility of its products, particularly in dental materials.
• 3D printing materials are generally highly biocompatible, as they achieve an extremely high degree of polymerization through light curing, making them more stable compared to conventional composite fillings."

Yes, all SAREMCO materials are free from Bisphenol A (BPA).

• SAREMCO deliberately avoids BPA and its derivatives to ensure the highest biocompatibility.

There is no evidence of relevant neuroendocrine effects caused by dental composites, including SAREMCO materials.

• Studies indicate that the monomers and fillers used in dental materials have no measurable effects on the neuroendocrine system.
• SAREMCO places great importance on biocompatibility and tests its materials according to international standards to ensure the highest level of safety for users and patients.

No, SAREMCO does not use BDMMA (butanediol-1,4-methacrylate) in any of its products.
This monomer is used in some plastics but has no relevance for high-quality dental materials.

Yes, benzoyl peroxide is present in els extra low shrinkage® cem. This substance is not present in any other current SAREMCO products.

No, SAREMCO products do not contain BisDMA.

• BisDMA is a derivative of Bisphenol A that is used in some dental materials but has been subject to biological concerns.
• SAREMCO deliberately avoids BisDMA to enhance the biocompatibility of its materials.

Yes, some SAREMCO products contain BisGMA, including els extra low shrinkage® composite, els extra low shrinkage® flow, els extra low shrinkage® bulkfill.

No, SAREMCO products do not contain Bisphenol A (BPA). Bisphenol A is an industrial chemical known as a potential endocrine disruptor. SAREMCO consciously avoids BPA-containing monomers to ensure maximum biocompatibility.

No, Bisphenol A-diglycidyl ether (BADGE, formerly BADG) is not present in any current SAREMCO products.

• BADGE is a chemical precursor of BisGMA and is derived from Bisphenol A.
• It inherently contained small amounts of Bisphenol A.
• BADGE was previously used for the interior coating of food cans, contributing to the detection of Bisphenol A traces in the environment and the human body.

No, bromine is not present in any current SAREMCO products. Brominated compounds are sometimes used as flame retardants in certain plastics but are unsuitable for dental restorative materials.

No, chlorine is not present in any current SAREMCO products. Chlorine compounds are occasionally used as disinfectants or in certain plastics but have no place in biocompatible dental materials.

No, SAREMCO products do not contain the fragrance mix D0029.

• This mix consists of cinnamyl alcohol, cinnamaldehyde, alpha-amyl cinnamaldehyde, eugenol, isoeugenol, hydroxycitronellal, geraniol, and oak moss.
• Since some of these compounds are potential allergens, SAREMCO does not use them in its formulations.

No, ethylene glycol dimethacrylate is not present in apt advanced polymer technology, els extra low shrinkage® unibond, apt advanced polymer technology flow, or els extra low shrinkage® flow.

• EGDMA is used as a cross-linker in plastics to enhance mechanical stability.
• However, in dental materials, it may increase the risk of allergic reactions, which is why SAREMCO opts for formulations without EGDMA.

Formaldehyde can occur as a breakdown product of methacrylates in all methacrylate-based dental materials.

• The amount is so low that it is generally undetectable.
• This process results from the natural degradation of methacrylates and has no impact on the safety or biocompatibility of modern dental materials.

No, Lyral is not present in any current SAREMCO products. This fragrance compound is commonly used in perfumes and cosmetics but is not relevant for dental materials.

No, melamine formaldehyde resin is not present in any current SAREMCO products. This resin is used as a coating in the furniture and plastics industries but is not suitable for medical applications in dental materials.

No, SAREMCO products do not contain free metal particles. High-quality dental materials do not require metallic fillers to ensure mechanical stability or durability.

Methacrylic acid is present—albeit in trace amounts—in all methacrylate-based restorative composites. It forms as a byproduct during the degradation of methacrylates. Due to this natural decomposition process, minimal release cannot be entirely excluded.

Sodium hydrogen phosphate belongs to the buffered sodium salts of phosphoric acid, which are used to stabilize pH levels.

• Etching gels must be acidic to etch effectively (pH below 2).
• Buffered etching gels have a pH of approximately 1.3 to achieve the desired etching effect.
• SAREMCO etching gels are not diluted but chemically stabilized, ensuring their pH remains constant during application.

No, nickel sulfate is not present in any current SAREMCO products. Nickel compounds can trigger allergic reactions, which is why SAREMCO consciously avoids their use.

No, polyethylene glycol (PEG) is not present in any current SAREMCO products. PEG is commonly used as a humectant or carrier in pharmaceutical and cosmetic products but has no function in dental materials.

No, Peru balsam is not present in any current SAREMCO products. This natural substance can cause allergic reactions and is therefore not used in biocompatible dental materials.

No, phenol-formaldehyde resin is not present in any current SAREMCO products. This substance is used in the plastics industry as an adhesive or coating but has no application in dental materials.

No, phenyl glycidyl ether is not present in any current SAREMCO products. This substance is used in epoxy resins but has no place in high-quality, biocompatible dental materials.

MDP is not pure phosphoric acid but may contain trace amounts as an impurity. A phosphoric acid allergy is extremely rare, as teeth and bones consist of hydroxyapatite (Ca₅[OH|(PO₄)₃]), a phosphate that is classified as a salt of phosphoric acid. Nearly all modern adhesives contain MDP and, therefore, indirectly phosphoric acid. If a true phosphoric acid allergy exists, composite restorations would generally be problematic.

No, phthalates are not present in any current SAREMCO products. These plasticizers are commonly used in plastics but have no role in high-quality dental materials.

No, talc is not present in any current SAREMCO products. Talc is used as a filler in certain plastics but has no benefit in dental materials.

No, titanium(III) oxalate is not present in any current SAREMCO products.

No, toluene is not present in any current SAREMCO products. This substance is commonly used in solvents but is not included in dental materials.

Yes, ethoxylated BisGMA differs chemically and physically from standard BisGMA.

• Ethoxylated BisGMA has a modified structure that lowers its viscosity, making processing easier.
• It absorbs less water, which improves the long-term stability of dental materials.
• Despite these differences, it remains chemically related to conventional BisGMA.

Diphenylguanidine is present in the products mhc microhybrid composite, james-2 bond, and microcid etchant gel. This substance is not present in any other current SAREMCO products. Diphenylguanidine is used as a cross-linking agent in polymers to enhance their stability.

Fragrance mix is not present in any current SAREMCO products. Fragrances can be potential allergens, which is why SAREMCO refrains from using them to optimize the biocompatibility of materials for patients, dentists, and dental technicians.

Fragrance mix II is not present in any current SAREMCO products. Our focus is on highly pure materials without unnecessary additives to minimize the risk of sensitization.

Ethylhexylglycerin is not present in any current SAREMCO products. This substance is occasionally used as a humectant in cosmetics but is not necessary for dental applications.

Fluoride is not present in any current SAREMCO products.

Graphene oxide is not present in any current SAREMCO products. This nanostructure is being tested in various high-tech applications but is not yet established for dental use.

Hexaethylcellulose is not present in any current SAREMCO products. This substance is sometimes used in pharmaceutical excipients but has no role in the dental industry.

Hexamethylcellulose is not present in any current SAREMCO products. It is occasionally used as a thickening agent in medical and cosmetic products but is not relevant for dental materials.

IPPD is not present in any current SAREMCO products.

No, potassium dichromate is not present in any current SAREMCO products. This highly oxidative substance is used in industrial applications but has no place in biocompatible dental materials.

Cobalt chloride is not present in any current SAREMCO products. Cobalt can be found in metal alloys but is not used in light-curing dental materials.

Copper(II) sulfate is not present in any current SAREMCO products. This substance is used in the chemical industry for various applications but has no use in dental materials.

Latex is not present in any current SAREMCO products. Since latex can trigger allergic reactions, SAREMCO consciously avoids its use to ensure maximum compatibility for dentists and patients.

Phenylenediamine is not present in any current SAREMCO products.

Halogens such as chlorine, bromine, or fluorine are not present in any current SAREMCO products. Halogen-containing compounds may be found in certain plastics but are not relevant for high-quality, biocompatible dental materials.

No, cresyl glycidyl ether is not present in any current SAREMCO products. This substance is used as a plasticizer in epoxy resins but is unsuitable for dental materials.

Yes, all products except for the 3D printing range are free from TPO (Trimethylolpropane Oxide).

Bisphenol A-diglycidyl ether (BADG) is a chemical precursor to BisGMA and is derived from Bisphenol A.

• BADG (also known as BADGE) was previously used in coatings for food can linings.
• It contains Bisphenol A, which has been found in trace amounts in industrial products.
• SAREMCO avoids BADG and instead uses Bisphenol A-free materials to maximize biocompatibility and patient safety.

Formaldehyde is a degradation byproduct of methacrylates and can be present in very small amounts in all methacrylate-based dental materials.

• In most cases, the concentration of formaldehyde is so low that it is generally undetectable.
• SAREMCO ensures the safety and biocompatibility of its materials to minimize health risks.

No, chlorhexidine digluconate is not present in any current SAREMCO products. This active ingredient is often used in mouth rinses for microbial reduction but has no function in restorative dental materials.

Yes, saremco print CLEANING CONCENTRATE is suitable for use in ultrasonic devices.

• Ultrasonic cleaning enables efficient removal of residues without damaging 3D-printed objects.
• This is particularly useful for thorough and quick cleaning of precise and delicate 3D-printed components.

saremco print CROWNTEC shows lower susceptibility to fatigue compared to traditional ceramic materials.

• While ceramics often develop microcracks and material fatigue under repeated stress, CROWNTEC maintains its high strength and consistent performance over time.
• This enhanced fatigue resistance makes CROWNTEC a superior alternative for cases where long-term mechanical loads are expected, such as permanent crowns and bridges.
• A relevant study by Zimmermann et al. (2019) found that CAD/CAM-fabricated and 3D-printed composite crowns achieve higher fracture loads with increasing material thickness.
• Fracture loads of saremco print CROWNTEC were among the highest in similar tests at three different material thicknesses (0.5 mm, 1.0 mm, 1.5 mm), confirming its suitability for long-term functional restorations.
• Reference: Zimmermann, Moritz, et al. ""Fracture load of CAD/CAM-fabricated and 3D-printed composite crowns as a function of material thickness."" Clinical Oral Investigations 23 (2019): 2777-2784."

For precise fitting when cementing a saremco print CROWNTEC crown, the following steps are crucial:

• Sandblasting: The inner surface of the crown is prepared for optimal adhesion.
• Tooth preparation: The tooth stump must be cleaned and dried.
• Applying dentin primer: els extra low shrinkage® unibond is applied in a thin layer to the tooth stump and polymerized.
• Cementing: els extra low shrinkage® cem is applied to the crown, which is then placed onto the tooth stump.

Does the polymerization of els extra low shrinkage® unibond create an additional layer that could affect the fit of the crown?
No, the polymerization of els extra low shrinkage® unibond creates only a 2–3 µm layer, which is negligible compared to traditional multi-bottle systems (20–30 µm).
Since crown and bridge designs typically allow for a cement gap of 50 µm, the thin layer of els extra low shrinkage® unibond does not significantly impact the fit. It is important that els extra low shrinkage® cem is light-cured through the crown. Alternatively, els extra low shrinkage® duobond can be used, combining chemical and light-curing adhesion. In any case, additional light curing through the crown is recommended to ensure optimal bond strength and restoration stability."

SAREMCO products stand out due to their innovative development, high biocompatibility, and outstanding performance.

• They offer durable, high-performance materials that meet the highest standards in dentistry.
• Ongoing research and development ensure that SAREMCO products remain aligned with the latest advancements in dental technology, focusing on biocompatibility and functional properties.
• This includes high-performance, highly biocompatible 3D printing resins specifically developed for permanent restorations and prosthetics.

Yes, titanium dioxide serves as a white pigment and is present in all pigmented SAREMCO materials. SAREMCO products that do not contain titanium dioxide are:

• els extra low shrinkage® seal transparent
• els extra low shrinkage® composite in shade IT (Invisible Translucent)"

saremco print CROWNTEC has delivered outstanding results in a 10-year chewing simulation.

• Before the simulation, the material had an average maximum load of 2150 N, with a standard deviation of 498 N.
• After 2,400,000 cycles—including temperature changes between 5°C and 55°C—the maximum load increased to 2500 N, while the standard deviation decreased to 98.3 N.
• These results confirm that saremco print CROWNTEC offers excellent resistance to repeated chewing and mechanical stress, making it ideal for long-lasting dental restorations.

Yes, els extra low shrinkage® composite, els extra low shrinkage® flow, apt advanced polymer technology composite, apt advanced polymer technology flow (both syringes and tips), els extra low shrinkage® bulkfill, and els extra low shrinkage® cem contain barium-borosilicate aluminum glass as an inert filler.

• This dental glass has been used in restorative composites for years and is considered insoluble.
• Traces of aluminum can only be detected with extensive analytical effort.

No, barium sulfate is not present in any current SAREMCO products.

Yes, nanoparticles are firmly embedded in the resin matrix of SAREMCO products and are further fixed through polymerization. Since nanoparticles are considered cell-permeable, SAREMCO ensures that they are securely integrated into the material structure. The risk of particles entering the body is therefore extremely low.

Yes, ytterbium trifluoride is used as an insoluble fluoride to enhance radiopacity. Due to its chemical stability, it is highly insoluble. Detecting free fluoride ions requires significant analytical effort.

Yes, nanofillers are used in some SAREMCO products. Due to their larger specific surface area, they require higher monomer content for wetting and embedding into the polymer matrix.

Yes, SAREMCO materials are designed for long-term restorations.

• High mechanical stability and physical properties ensure lasting functionality.
• Excellent color stability guarantees aesthetic results for years to come.

Restorations made from saremco print CROWNTEC are characterized by long durability and high mechanical strength.

• The exact longevity depends on the type of restoration, design (thickness and positioning), and application.
• For long-term applications such as crowns, inlays, onlays, and veneers, saremco print CROWNTEC offers excellent resistance to wear and discoloration.

Yes, camphorquinone is used as a light-activated photoinitiator in SAREMCO products.

No, dimethyltoluidine is not present in any current SAREMCO products.

Yes, saremco print CROWNTEC is compatible with a wide range of 3D printers based on DLP or SLA technology.

• SAREMCO provides a list of officially validated printers and post-curing devices to ensure optimal results and reproducibility.
• These validations focus on achieving excellent physical properties and aesthetically acceptable outcomes, ensuring long-term stability and functionality of restorations.

Yes, SAREMCO composites are compatible with digital workflows.
For example, they can be used with 3D printing materials such as saremco print CROWNTEC and saremco print DENTURETEC.

Yes, SAREMCO products are compatible with most common bonding systems.

• They can be used with Total-Etch, Self-Etch, and Universal Adhesives.
• For optimal bond strength and long-term stability, we recommend following the manufacturer’s instructions for the specific bonding system.
• If you are unsure about compatibility with a specific product, our team can provide individual consultation."

The shelf life of SAREMCO products is at least 2 years, depending on the specific material.

• Some products have an even longer shelf life, including:
• els extra low shrinkage® composite: 5 years
• saremco print CROWNTEC: 4 years
• Optimal storage conditions:
• Keep dry, protected from light, and store according to the temperature guidelines on the packaging to preserve chemical and physical properties.

The storage conditions vary depending on the product:

• Most SAREMCO products should be stored in a cool, dry place away from light at room temperature.
• els extra low shrinkage® duobond and els extra low shrinkage® cem must be stored in the refrigerator.
• The recommended storage temperature is indicated on the respective packaging and in the instructions for use.
• Direct sunlight and strong temperature fluctuations should be avoided.

saremco print CLEANING CONCENTRATE provides superior cleaning compared to traditional solvents such as isopropanol (IPA) and ethanol.

• It preserves the physical properties of 3D-printed objects, maintaining material integrity better than IPA and ethanol.
• The cleaning solution ensures residue-free cleaning, enhancing process reliability for 3D-printed objects.
• It is ideal for SLA and DLP 3D-printed objects, including applications in saremco print CROWNTEC, dental, jewelry, and model-making industries.
  

Light polymerization parameters must be followed according to the specific manufacturer’s instructions for each SAREMCO product.

• Recommended exposure time and intensity depend on the type of material and the light source used.
• For optimal curing, the recommended light source with the correct intensity should be used, and the exposure duration should be adjusted according to layer thickness and material type.

The solution should be at 20°C (68°F) to prevent separation of water and concentrate.

• Higher or lower temperatures may cause uneven mixing, which could affect cleaning performance.
• Maintaining a consistent temperature ensures an optimal solution and effective cleaning.

The Swarovski crystals (saremco dental gems) have a flat underside, ensuring optimal adhesion to the tooth surface.

els extra low shrinkage® cem stands out due to its particularly low shrinkage and high bond strength compared to other luting materials.

• Low polymerization shrinkage: This reduces stress within the material, minimizing the risk of gaps and secondary caries.
• High bond strength: Ensures reliable and long-lasting adhesion.
• Optimized handling properties: The working time allows for precise application with maximum control.

apt advanced polymer technology contains a specially developed SAREMCO monomer with high biocompatibility.

• It was developed to minimize the risk of sensitization and unwanted reactions.
• By eliminating potentially critical monomers, apt advanced polymer technology optimizes compatibility for both patients and users.
• The material composition was specifically designed to combine maximum stability and biocompatibility.

SAREMCO composites offer outstanding material properties, ensuring long-lasting durability and exceptional results.

• Extremely low shrinkage stress: SAREMCO products exhibit exceptionally low shrinkage stress, resulting in excellent physical properties.
• High-gloss polish: Thanks to the highly filled fine-hybrid composite, easy polishing and long-term gloss retention are possible.
• Long-lasting color stability: Vibrant colors and long-term color consistency ensure aesthetic results that remain stable for years.

No, potassium dichromate is not present in any current SAREMCO products.
This highly oxidative substance is used in industrial applications but has no place in biocompatible dental materials.

No, metal particles are not present in any current SAREMCO products.

No, nickel is not present in any current SAREMCO products. Nickel can be found in dental alloys but is not used in light-curing dental materials to avoid allergy risks.

No, strontium is not present in any current SAREMCO products.

Mix the correctly dosed solution thoroughly until it is crystal clear. A fully mixed solution ensures that the concentrate is evenly distributed in the water and achieves the best possible cleaning performance.

The recommended mixing ratio for saremco print CLEANING CONCENTRATE is 1 part concentrate to 4 parts deionized water.

• For precise dosing, we recommend weighing the solution in grams using a scale.
• Small variations in the mixing ratio can impact cleaning efficiency:
• Too much concentrate makes the solution too aggressive.
• Too little concentrate may reduce cleaning effectiveness.

Deionized water is recommended as it ensures optimal results when cleaning 3D-printed objects. In some regions, water quality may be sufficient for proper cleaning.

• Why deionized water? To maintain consistently high cleaning efficiency, we recommend using deionized water. It helps prevent residues and deposits that could impair the cleaning performance. This guarantees a consistently high-quality cleaning process.

Yes, HPMA is present in the mhc microhybrid composite product line. It is not present in any other current SAREMCO products.

No, butanediol dimethacrylate is not present in any current SAREMCO products.

No, diurethane dimethacrylate is not present in any current SAREMCO products.

Yes, ethoxylated BisGMA is an alternative monomer with different properties compared to BisGMA. Due to its chemical structure, it is not cell-permeable. Ethoxylated BisGMA is present in our els extra low shrinkage composites, flow, bulkfill, while no BisGMA is present in the apt advanced polymer technology composites and flow. It should be noted, however, that SAREMCO does not use BisGMA in the production of apt advanced polymer technology composites and apt flow.

Nein, Ethylendimethacrylat (EGDMA) ist in keinem der aktuellen SAREMCO-Produkte enthalten.

Nein, Ethylenglykoldimethylacrylat ist in keinem der aktuellen SAREMCO-Produkte enthalten.

No, ethyl methacrylate (EMA) is not present in any current SAREMCO products.
EMA is used in certain prosthetic materials and plastics to increase flexibility. However, it plays no significant role in modern dental adhesives and restorative materials, which is why SAREMCO does not use it.

No, HEMA (2-hydroxyethyl methacrylate) is not present in any current SAREMCO products.
HEMA is a hydrophilic monomer commonly used in dental adhesives to improve the wettability of tooth structure. However, it may cause sensitization, which is why SAREMCO deliberately avoids HEMA to maximize the biocompatibility of its products.

Yes, all market-leading, tooth-colored, permanent restorative composites are based on methacrylate technology.

• Methacrylates provide excellent mechanical stability and have been established in dentistry for decades.

No, methyl methacrylate (MMA) is not present in any current SAREMCO products.
MMA is a low-molecular-weight monomer frequently used in prosthetics for dentures and orthodontic applications. Due to its high volatility and potential irritant effects, SAREMCO avoids MMA in its light-curing dental materials.

No, triethylene glycol dimethacrylate (TEGDMA) is not present in any current SAREMCO products.
TEGDMA is used in some dental materials as a viscosity diluent. However, it can influence the shrinkage behavior during curing and potentially alter the mechanical properties of the restoration. SAREMCO consciously avoids TEGDMA to improve material stability and biocompatibility.

No, tetrahydrofurfuryl methacrylate is not present in any current SAREMCO products.
This specialized methacrylate is occasionally used as a flexible binder in plastics but has no significant function in modern dental adhesives or restorative materials.

Yes, UDMA is present in 3D printing materials and James-2 bond. It is not present in any other current SAREMCO products. UDMA is used as an alternative methacrylate to BisGMA and is characterized by lower viscosity and reduced shrinkage. When combined with other monomers, it enhances mechanical stability and abrasion resistance. Since UDMA may contain small amounts of HEMA, SAREMCO only uses it selectively in specific product groups.

10-Methacryloyloxydecyl dihydrogen phosphate (MDP) has been proven to create a long-lasting, stable, and durable bond to both tooth structure and restorative materials.

• Nearly all modern adhesives contain MDP, as it significantly improves adhesion properties and ensures a reliable bond.
• SAREMCO selectively uses MDP in its products for optimal adhesion.

Methacrylic acid occurs—though only in trace amounts—in all methacrylate-based filling composites.

• It forms as a byproduct during the degradation of methacrylates.
• This minimal release cannot be entirely excluded but is biocompatibility-safe.

Hydrophilic methacrylates are monomers that can attract water due to their chemical structure. They improve the wettability of dental materials but may also affect water absorption and, consequently, long-term stability.

SAREMCO stands for top-tier quality and reliability, especially in dental applications.

• Swiss Quality Product – SAREMCO products are premium Swiss dental materials, known for reliability and performance.
• Storage Stability – All products have a minimum shelf life of 2 years, ensuring long-term usability.

SAREMCO maintains a consistently high product quality through strict quality controls and standardized manufacturing processes.

• All products are tested according to international standards and regulatory requirements.
• Modern manufacturing processes and continuous testing guarantee consistent performance.

Manual cleaning is the most effective method for cleaning 3D-printed objects.

• Hand cleaning delivers the best results and prevents material damage or weakening.
• Machine cleaning with IPA or ethanol can alter physical properties and color, leading to material degradation.
• saremco print CLEANING CONCENTRATE is an ideal cleaning solution because it is eco-friendly, ensures residue-free cleaning, and preserves the physical integrity of the material.

If an els extra low shrinkage® composite filling has been in the mouth for more than two weeks and requires repair, surface pretreatment is mandatory.

• The surface should be roughened to improve mechanical retention.
• Apply a primer (e.g., saremco peek primer) before adding new composite.
• Important: This process is a repair, not a full replacement of the restoration.
• Depending on the extent of damage, complete removal of the old filling may be the better option.

Yes, sodium hydrogen phosphate is present in SAREMCO etching gels to maintain a stable buffer.

• Etching gels must be acidic to roughen the tooth structure (pH below 2).
• Buffered etching gels have a stabilized pH of approximately 1.3.
• SAREMCO etching gels are chemically stabilized, ensuring consistent pH throughout use.

saremco print CLEANING CONCENTRATE is safe to use and offers numerous advantages compared to traditional solvents:

• Odorless, improving air quality in the workspace.
• Non-flammable and non-corrosive, ensuring safe handling for users.

The classification of hazardous substances in SAREMCO safety data sheets follows the Globally Harmonized System of Classification and Labeling of Chemicals (GHS).

• The GHS system is a globally standardized method for classifying chemicals and their hazards.
• It ensures that all safety-related information is clearly and internationally understandable.
• SAREMCO strictly adheres to current regulatory requirements to guarantee maximum safety for users and patients.

No, butylcatechol is not present in any current SAREMCO products.

Hydroquinone is used as a stabilizer in the production of monomer precursors.

• The majority is consumed during the manufacturing process, but minimal amounts may remain in the final monomers.
• In finished materials, hydroquinone is analytically undetectable.
• This minimal residual content is present in all market-available dental materials.
• SAREMCO uses high-purity monomers to minimize hydroquinone concentration.

Yes, saremco print CLEANING CONCENTRATE is an eco-friendly, water-based cleaning solution.

• The mixed cleaning solution is easily biodegradable, making it a sustainable alternative to other solvents.
• It is non-flammable and non-corrosive, ensuring safety for both users and the environment.

No, SAREMCO products do not require special handling steps.

• As with all dental materials, proper storage and adherence to recommended curing times are essential.
• Detailed handling instructions can be found in the respective package inserts and on the packaging.

To optimize the final shade of saremco print CROWNTEC, additional post-curing steps can be applied:

• Accelerating shade finalization: Autoclaving (sterilization box) for 5 minutes at 134°C / 276.2°F or Submerging in boiling water for 2-3 minutes
• These methods help achieve the final tooth shade faster. Without these steps, the final shade develops within 24 hours.
  - Additional recommended step: Hand polymerization to fully cure the material, ensuring the restoration's durability and strength.
  
  Detailed instructions can be found in the Fabrication Manuals of the respective system.
  
  These post-curing recommendations ensure optimal aesthetic and functional quality of saremco print CROWNTEC.

Extreme temperatures can impact the handling properties of SAREMCO composites:

• High temperatures can lower viscosity and accelerate polymerization.
• Low temperatures can reduce flowability and make handling more difficult.
• For optimal results, composites should be stored at the recommended storage temperature and brought to room temperature before use.

The processing of saremco print CROWNTEC takes place after the 3D printing process through subsequent light polymerization.

• The 3D printing process follows standardized and validated printing parameters, provided by SAREMCO and printer manufacturers.
• After printing, the restoration must be cleaned manually or with saremco print CLEANING CONCENTRATE and then cured using a polymerization unit to ensure material strength and durability.

Prepare two cleaning baths. The second bath must always contain a fresh solution to prevent contamination from residues of the first bath. This ensures thorough and residue-free cleaning of the object.

SAREMCO products offer numerous advantages, making them an excellent choice for dentists and dental technicians:

• Solution for allergy-sensitive patients – SAREMCO provides an allergy-friendly solution, as its products are free from HEMA, TEGDMA, and BisGMA.
• Protective approach – SAREMCO products safeguard both patients and dental professionals by containing fewer problematic ingredients.

No, SAREMCO products do not contain antimicrobial agents.

saremco print CROWNTEC is approved as a medical device and complies with all relevant standards:

• Class IIa (EU, AUS) | Class II (USA) – It meets the necessary regulatory requirements for use as a dental product in various markets.
• Certified safety and quality – SAREMCO ensures that all products meet the highest standards in the medical and dental industries.