Rs. 278
Rs. 313
 11% off

Calcimax Forte+ Calcium Tablet With Magnesium, Zinc & Vitamin D3 | Nutrition Formula With Essential Minerlas | For Bone, Joint & Muscle Care

(30 tablets in strip)
Calcimax Forte+ Calcium Tablet With Magnesium, Zinc & Vitamin D3 | Nutrition Formula With Essential Minerlas | For Bone, Joint & Muscle Care
Product Details
Calcimax Forte+ Calcium Tablet with Magnesium, Zinc & Vitamin D3 is a dietary supplement with vitamins and minerals that provides essential nutrients to the body, including calcium, magnesium, zinc, and vitamin D3 that helps meet the nutritional needs of the body. The tablets are used to increase calcium and phosphate levels in the body and help in the better absorption of calcium from food and other dietary sources.

Key Ingredients:
  • Calcium Carbonate B.P. 1000 mg eqvt. to elemental Calcium 400 mg, Magnesium Hydroxide B.P. 240 mg eqvt. to elemental Magnesium 100 mg, Zinc Sulphate Monohydrate U.S.P. 11 mg eqvt. to elemental Zinc 4 mg, Vitamin D3 (as stabilised) 200 I.U.

Key Benefits:
  • Calcium carbonate helps increase bone density and makes it strong
  • Magnesium is useful for converting vitamin D into its active form and supporting calcium absorption
  • Zinc is essential for bone building, normal growth, and tissue repair
  • Vitamin D3 helps in enhancing the absorption of calcium and supports bone, joint and muscle care

Good to know:
Calcium, along with vitamin D3, magnesium, and zinc present in Calcimax Forte+ Tablet, plays a crucial role in maintaining bone density and strength.

Effects of Deficiency:
  • Weak bones
  • Joint discomfort
  • Difficulty in movement

Product Form:
Tablet

Suitable for:
Male/Female

Directions for Use:
1 tablet twice daily or as directed by a healthcare professional

Safety Information:
  • Read the label carefully before use
  • Store below 25°C at a dry place away from light
  • Do not exceed the recommended dosage
  • Keep out of reach of children

Quick Tips:
Performing light exercises and movement can help improve joint flexibility and movement.

Content on this page was last updated on 23 December, 2024, by Dr. Varun Gupta (MD Pharmacology)