NOW Foods Supplements, Calcium Citrate with Vitamin D, Magnesium, Zinc, Copper, and Manganese, 240 Veg Capsules

Brand: NOW
Category: Calcium
Recorded price: $15.00; 5 Sep 2026
Price per serving: $0.19

Supplement facts

Serving size: 3 Veg Capsule(s)
Servings per container: 80

Ingredient	Amount per serving	% daily value
Vitamin D2	19 mcg	95%
Calcium	450 mg	35%
Magnesium	225 mg	54%
Zinc	11 mg	100%
Copper	0.75 mg	83%
Manganese	4 mg	174%

Other ingredients

Cellulose
Cellulose powder
Ascorbyl Palmitate
Silica

Directions on the label

Suggested Usage: Take 3 capsules daily, preferably in divided doses, with food.

Label data from the Dietary Supplement Label Database.

Label data as of 6 Sep 2026

Product score

81.5 / 100Very good

Category average: 75.4 / 100
Average for similar products: 92.3 / 100

This is a reasonably dosed multi-mineral bone formula, but its several-capsule routine and incompletely specified mineral forms limit buying confidence.

Scoring criteria

Quantity
100 / 100
The labelled daily formula supplies meaningful supplemental amounts of calcium, magnesium, vitamin D2, zinc, copper, and manganese for its general bone-mineral purpose.
Form
65 / 100
Calcium is identified as calcium citrate, but the applicable forms of the other substantive minerals are not disclosed, leaving the overall complex form unresolved.
Convenience
70 / 100
The label directs three capsules daily, with divided doses preferred but not required, and the container contains 240 capsules.
Label accuracy
75 / 100
The published panel is internally consistent, but the undisclosed forms of several minerals leave some formulation details unresolved.
Formula balance
75 / 100
The formula covers several relevant bone nutrients without a demonstrated compatibility advantage or established target-population mismatch.
Purity
75 / 100
The listed excipients are ordinary and no product-specific contaminant or quality-control evidence is supplied.
Cofactors
75 / 100
Vitamin D2, magnesium, zinc, copper, and manganese have meaningful complementary roles in mineral and bone physiology at declared amounts.