flexsoft partial denture

Good Materials | CE & ISO 13485 Certificates

The alternative to conventional Partial Dentures; Flexible, Soft, Easy-to-finish, Easy-to-polish.

flexsoft partial dentures materials for lab laboratory for wholesale

The alternative to conventional partial dentures. Flexible, soft, easy-to-finish, easy-to-polish.

emypt aluminum cartridge with cap for flexible acrylic denture materials

Emypt aluminum cartridge with complete of the lid are used with any thermoplastic materials. 

good materials

Flexsoft Partial Materials are made of elastic Resin Clasp, Flexible partial dentures are designed to replace a single tooth or a few teeth rather than a full set of teeth.



with ce & iso 13485 certificates

All products have been assessed by the manufacturer and deemed to meet EU safety, health and environmental protection requirements.

benefits of flexsoft partial denture material

1. They do not break easily. Since dentures are made of harder material, dropping them can often cause a crack.
2. They are softer than regular dentures, and do not require adhesive or metal.
3. Faster and more convenient to make.



instructions for use

Suitable for: Partial and complete dentures, occlusal splints and nightguards.
Not Suitable for: Small unilateral restorations.
Warnings: Use eye protection and heat-resistant gloves when injecting.
Use proper ventilation, vacuum system and masks when grinding prosthodontic resins.
Precautions: Cartridge must be injected within 1 hour of opening the foil pouch.

All undercuts that will affect the path of insertion should be blocked-out with wax prior to duplication. Do not relieve necklines of teeth or areas desirable for retention. For free-end saddles, it is not necessary to remove the distal undercut of the last natural tooth, unless the area is too deep. For free-end saddle cases where anterior teeth are also being replaced, undercuts in the anterior should also be blocked out.

Duplicate blocked-out master model. Articulate the duplicate model and the master model (you will need the master model articulated at finishing steps to check occlusion). Set up the case on the duplicate model using only wax (no base plate). Allow 1 mm of thickness under the teeth to flow to the labial side and into the retention diatorics in the teeth. Use a small round carbide bur to create mechanical retention in the teeth, from mesial to distal and connected to the center diatoric hole.

Important: Wax the case with anatomical features to reduce grinding during the finishing stage.
Recommended thickness of wax-up:
1. Palatal thickness 1.2 - 1.5 mm
2. Buccal & Labial Flange 1.2 - 2.0 mm
3. Clasps 1.0 - 1.5 mm
4. Lingual Flange 1.2 - 2.0 mm
5. Lingual Major Connector (Mandibular) 1.7 - 2.0 mm

Invest the case in the center of the flask, aiming the posterior portion toward the sprue opening. After the stone (or plaster) has set, use two sprues from the flask opening to the most posterior portion of the wax on both sides (see diagram). Sprues should be approximately 7 mm. width. Do not create sharp angles with the sprues, as the heated resin must flow in a straight or slightly curved path. Apply a thin layer of petroleum jelly on the entire stone surface. Then invest top half of flask.

After the stone has set, place flask in boiling water for 8 minutes. Open the flask and wash out the wax, making sure all wax residues are eliminated. Allow the flask to cool. Apply thin layers of separator on the entire surface of the stone and allow it to dry completely. Do not apply separator on teeth. When dry, close flask.

Wear safety goggles and heat-protective gloves for this procedure.
Spray inside of the cartridge sleeve with mold release spray and place it into furnace.
Turn on the furnace and allow it to reach approximately 550°F (290°C), preheating cartridge sleeve for approximately 15 minutes.
Remove cartridge from foil-lined bag (do not remove cartridge from bag until this step). Spray the cartridge and bronze disk with mold release spray. Insert the cartridge into the cartridge sleeve with the cap end first. Insert the bronze disc into the cartridge sleeve against the end of the cartridge.
Use the thick bronze disc for medium tubes and the thin bronze disc for the large tubes. Heat cartridge for 12 minutes.
Position the flask with the sprue end up, directly under the shaft of the press. After 12 minutes, remove the cartridge sleeve from the furnace. Keep the cartridge sleeve in a horizontal position until resting on top of the flask, and then turn the cartridge sleeve into a vertical position. Immediately use the press to inject the heated cartridge into the flask using a steady fast motion. Continue applying pressure until tube bursts and continue with maximum downward pressure for 3 minutes.
Remove the cartridge sleeve from the flask with a slight twisting motion. After removing the cartridge sleeve, let the flask cool for at least 30 minutes. Do not put flask into a cold water bath. Use a plaster nipper to de-flask. Do not use a hammer. Remove the compressed cartridge from the cartridge sleeve with a knock-out punch.
Important: Cartridge sleeve must be pre-heated for 10 minutes BEFORE the next injection.

Remove appliance from the model. Cut off the sprues with a cut-off wheel. Trim the edges of appliance with a coarse grinding wheel. Avoid overheating. Use rubber wheels to smooth scratches. Place the appliance on the articulated master model to check the fit, retention, thickness and occlusion. Clean the tissue surface with a small bristle brush.
To polish, use a coarse dental abrasive, such as pumice, with a wet rag wheel.
Apply final shine with a hi-shine compound on low speed with a final buff wheel.
Be careful not to overheat appliance.