Calcimax™ (The Most Effective and Complete Calcium Supplement)

Benefit

• Supports  proper bone structure and functions.
• Prevents osteoporosis and slowing down bone loss in menopausal or middle-aged women, elderly and individuals with a family history of bone health concerns.

Ingredient

Young Cow Bone Powder (rich in growth factors), Natural Vitamin D, Boron, Magnesium and Phosphorus.

Usage

• For both maintenance and children: Take 1 tablet a day.
• For osteoporosis stage II – IV: Take 2 tablets a day.

Speciality

• Calcimax Bovine Bone contains 1000mg Calcium in one tablet that is sufficient to meet our daily requirement.
• Calcimax Bovine Bone Calcium contains the two best forms of natural calcium, microcrystalline calcium hydroxyapatite (MCH) and calcium citrate-malate, in a 1:1 ratio, which are bioavailable and absorbable with no side effects of stone formation.
• The MCH comes from Australian freeze-dried whole bovine bone of naturally-raised animals and it retains the natural ratios of all micronutrients, bone matrix proteins, and other organic constituents of healthy bone.
• Calcium citrate-malate is a fully reacted composite chelate which has about six times the solubility of calcium citrate or calcium malate alone.
• The magnesium in Calcimax Bovine Bone Calcium is specially blended from aspartic acid, lysine, fully-reacted citrate, and magnesium oxide to provide better absorption and utilization.
• Boron, a micronutrient, is also present to aid in the efficiency of calcium, magnesium, vitamin D, and phosphorus.
• Calcimax has both water-soluble transporters (Magnesium and Phosphorus) and oil-soluble transporters (Vitamin D and Boron) to ensure that Calcium is transported to the bone.

Direction

Who should use it

• Growing children who wish to maintain a proper structure and growth of healthy bones.
• Menopausal, middle-aged women or men and elderly people who wish to prevent bone loss.
• Pregnant women who require a higher calcium intake to prevent bone loss during pregnancy.
• Individuals with a family history of osteoporosis.