Keep your small therapy tools safe and secure during dishwasher cycles with the ARK Dishwasher Cleaning Bags. Designed specifically for items like Z-Vibe® tips and chew tools, these mesh bags prevent small parts from getting lost or damaged in the dishwasher.

Made from food-safe polyester, each bag features a drawstring closure to keep contents contained. The bags are available in two sizes to accommodate various items:

• Small: Ideal for tiny components like Z-Vibe® tips (measures approximately 10.7 cm x 21 cm).
• Large: Suitable for larger items such as chew tools (measures approximately 20 cm x 20 cm).

Each pack contains two bags of the selected size, ensuring you have a convenient solution for cleaning multiple items simultaneously.

• Constructed from durable, food-safe polyester mesh.
• Drawstring closure ensures items remain secure during washing.
• Available in two sizes: Small (10.7 cm x 21 cm) and Large (20 cm x 20 cm).
• Sold in packs of two bags of the same size.
• Made in the USA.
• Ideal for cleaning small therapy tools, chewables, and accessories in the dishwasher.

FAQs

Q1: Can I use these bags for items other than therapy tools?
A1: Yes, these mesh bags are suitable for cleaning various small items in the dishwasher, such as baby bottle parts, pacifiers, and small kitchen utensils.

Q2: Are the bags reusable?
A2: Absolutely. The bags are made from durable polyester mesh and can be reused multiple times. Ensure they are thoroughly dried after each use.

Q3: Can I wash the bags themselves in the dishwasher?
A3: Yes, the bags can be placed in the dishwasher for cleaning. It's recommended to do so periodically to maintain hygiene.

Q4: Do the bags come in mixed sizes?
A4: Each pack contains two bags of the same selected size. You can choose either two small bags or two large bags per pack.

Q5: Are the bags safe for use in high-temperature dishwasher cycles?
A5: Yes, the bags are made from food-safe polyester designed to withstand standard dishwasher temperatures. However, avoid using them in sanitizing cycles that exceed typical temperatures.