Suppository Moulds Manufacturer,Supplier and Exporter in India

Product Code : SCL-T-12532

The Suppository Moulds are pharmaceutical compounding tools used to shape measured suppository mixtures into consistent dosage forms through moulding. They are intended for pharmacy colleges, pharmaceutics laboratories, compounding training facilities and research laboratories, helping learners study fusion moulding, cavity filling, cooling, demoulding and mould-capacity calibration.

Product Description

Suppository Moulds provide shaped cavities into which a prepared suppository mass can be introduced and allowed to congeal or solidify. In fusion moulding, the selected suppository base is melted, suitable ingredients are incorporated, and the resulting mixture is poured into the mould before the finished units are removed.

Mould capacity is important because each cavity holds a defined volume, while formulation ingredients are normally measured by weight. The exact number of cavities, nominal capacity per cavity, mould material, suppository shape and closing mechanism for this School Equipments model are not supplied and should be confirmed before publication or ordering.

Key Features

• Supports suppository preparation: provides shaped cavities for forming suitable pharmaceutical suppository mixtures.
• Useful for fusion moulding: supports practical demonstrations involving pouring, congealing and demoulding.
• Enables mould calibration exercises: helps students understand cavity capacity, formulation density and displacement calculations.
• Supports practical pharmacy education: suitable for supervised pharmaceutics and pharmaceutical compounding exercises.
• Reusable configuration: may support repeated laboratory work when compatible with the confirmed mould material and cleaning procedure.
• Hands-on dosage-form training: connects formulation theory with actual mould filling and finished-product inspection.

Technical Specifications

What's Included in the Kit

• 1 Suppository Mould assembly
• Mould cavities
• Fastening or locking components
• Operating or care instructions

Applications / Uses

• Preparing suppositories by the fusion-moulding method.
• Demonstrating filling, congealing and demoulding procedures.
• Calibrating mould capacity with a selected suppository base.
• Teaching displacement and density calculations in pharmaceutics.
• Supporting practical training alongside other laboratory equipment.
• Complementing reusable laboratory accessories available within the labware range.

How to Use the Suppository Moulds

1. Clean and completely dry the mould before starting the compounding procedure.
2. Confirm the cavity capacity and determine the required formulation quantity.
3. Prepare the suppository base and incorporate other ingredients according to the selected formulation.
4. Allow the prepared mass to reach the appropriate pouring condition for the formulation.
5. Fill each cavity carefully and avoid trapping air bubbles.
6. Allow the suppositories to congeal according to the formulation procedure.
7. Remove excess material where required, open the mould correctly and release the finished suppositories without damaging them.

Safety note: Use under trained supervision. Heated suppository bases and hot equipment can cause burns. Wear appropriate protective equipment, avoid cross-contamination and follow the formulation-specific requirements for heating, cooling and mould lubrication.

Care & Maintenance

• Clean the mould thoroughly after every formulation and dry it completely before storage.
• Use only cleaning agents and lubricants compatible with the confirmed mould material.
• Do not use sharp tools to pry apart mould sections or remove finished suppositories.
• Inspect cavities, joints and fastening parts for damage before each use.

Why Choose School Equipments

School Equipments manufactures and exports scientific laboratory instruments, educational apparatus, science kits, mathematics kits, didactic models and STEM equipment. Its catalogue includes laboratory tools and accessories for practical science and educational laboratory applications.

Buyers can review related laboratory tools and the wider General Lab Equipment range. Final cavity count, capacity, material, dimensions and supplied accessories should be confirmed before ordering.

Frequently Asked Questions

What are Suppository Moulds used for?

Suppository Moulds are used to form prepared pharmaceutical mixtures into individual suppository dosage forms of a defined cavity shape and volume.

How does fusion moulding work?

The suppository base is melted, suitable ingredients are incorporated, and the mixture is poured into mould cavities. After the mass congeals, the finished suppositories are removed.

Why must a suppository mould be calibrated?

Mould calibration determines the practical capacity of each cavity for a particular suppository base. This is important because different ingredients and bases can have different densities.

What material are these Suppository Moulds made from?

The mould material was not specified in the supplied product data. It should be confirmed before selecting cleaning agents, lubricants or operating procedures.

How many cavities does the mould have?

The exact cavity count and nominal capacity per cavity were not supplied. These specifications must be verified for the final model.

Are these Suppository Moulds suitable for pharmacy colleges?

Yes. Suppository moulds are relevant to supervised pharmaceutics laboratory exercises involving fusion moulding, mould calibration, density calculations and dosage-form preparation.

Explore the complete Lab Equipment range from School Equipments for complementary laboratory tools and apparatus for educational and practical science applications.