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Scoop, Micro
Versatile Dimensional Options: Available in specialized 6-inch and 8-inch overall lengths to facilitate easy retrieval from various flask depths and narrow-mouthed laboratory vessels.
Industrial-Grade Material: Manufactured from high-quality stainless steel, offering exceptional resistance to chemical corrosion and ensuring the structural integrity required for repetitive sterilization cycles.
₹220.00
Quick Answer: A micro scoop is a small laboratory scoop with a slim handle and a narrow, cupped end, used to take small amounts of powder or granules. Its cupped shape holds a small heap securely, and it fits into vials and narrow-mouthed bottles.
A Cup, Not a Blade
The difference between a micro scoop and a micro spatula is shape. A spatula has a flat or slightly dished blade, and loose powder tends to slide off its edges. A scoop is a trough or small cup, so it holds a small heap of free-flowing powder while it is carried from bottle to balance or reaction vessel. The slim profile allows it to reach into small containers.
A common classroom example is the decomposition of hydrogen peroxide: adding a small scoop of manganese(IV) oxide catalyst to the peroxide solution produces oxygen, which can be tested with a glowing splint. The scoop keeps the amount of catalyst small and similar between groups. The same approach works for adding indicator powder, a pinch of salt or small amounts of media.
For larger amounts of the same kind of material, the trulla spatula has wider, deeper scoops.
Specifications
| Type | Small laboratory scoop |
| Working end | Narrow cupped scoop |
| Handle | Slim, for narrow openings |
| Use | Small amounts of free-flowing powders and granules |
| Material and scoop volume | Confirm at enquiry |
Applications
- Adding a small amount of catalyst in the decomposition of hydrogen peroxide
- Taking small samples from vials for analysis
- Dispensing indicator powders and small reagent amounts
- Microscale chemistry practicals
Care & Handling
- Tap off excess powder over the receiving vessel, not back into the stock bottle.
- Clean the scoop cup carefully; powder lodges in the curve.
- Dry completely before use with moisture-sensitive solids.
- Store in a rack or tray so the slim handle is not bent.
Why Choose LabEquip
Schools running catalysis and rates practicals and labs doing small-scale sampling buy these small scoops alongside standard spatulas. LabEquip lists them in the General Lab Products range; send quantities through the contact page.
Frequently Asked Questions
How is a micro scoop different from a micro spatula?
The scoop has a cupped end that holds a small heap of powder. A micro spatula has a narrow blade or small spoon, better for scraping and very small crystals.
Does a scoopful measure a fixed volume?
Not unless it is sold as a calibrated measuring scoop. The amount it holds varies with how it is filled, so weigh the solid if the amount matters.
Can I use it for sticky or damp solids?
It is most useful with dry, free-flowing powders. Sticky solids cling to the cup, so a flat spatula is easier for those.
Why use a small scoop of catalyst in a school practical?
A small amount is enough to speed up the reaction, and keeping it similar between groups makes results comparable. Large amounts can make the reaction too vigorous.
How do I clean powder out of the curved cup?
Tap it clean, then wash with water or a suitable solvent and a small brush. Dry it fully before the next use.
Is it suitable for sterile sampling?
Metal scoops can generally be sterilised by autoclaving or by dipping in ethanol and flaming. Check the item’s rating before autoclaving and let it cool before sampling.
Last Updated: September 2026
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