Custom 3D Printed Pet Food Pouch Scraper
Custom 3D Printed Pet Food Pouch Scraper
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Make feeding time cleaner, quicker and less wasteful with this practical 3D printed pet food pouch scraper. Designed to help squeeze food from flexible cat and dog food pouches, it allows you to push the contents towards the opening and get more of the food out of the packet with less mess.
Simply feed the food pouch through one of the scraper slots and pull it through, helping press the food towards the open end. It's particularly useful for wet cat food, gravy pouches, pâté-style foods and other soft pet foods that can otherwise be awkward to squeeze out by hand.
Each scraper is handmade and 3D printed to order, with care taken throughout the printing and finishing process. We use quality 3D printing materials to create a lightweight, durable and practical accessory designed for regular use.
Custom Colours Available
Every scraper is produced to order, so you're not limited to the colour pictured. We can produce these in a wide range of colours to match your preference, pet accessories, cattery branding or business colour scheme. Simply message us if you have a particular colour in mind.
As these are printed to order, we can also manufacture as many as required. Whether you need one for home or a larger quantity for a cattery, breeder, rescue, pet business or kitten/puppy packs, we can accommodate larger orders.
Bulk discounts are available – simply message us with the quantity and colour required and we'll provide a price.
Key Features:
- 3D printed pet food pouch scraper
- Helps squeeze more food from each pouch
- Helps reduce food waste and mess
- Suitable for cat and dog food pouches
- Multiple scraper slots
- Reusable and lightweight
- Handmade with care
- Made using quality materials
- Printed individually to order
- Custom colours available
- Large quantities available
- Bulk order discounts available
Please note: As each item is individually 3D printed, small layer lines or minor surface variations may be visible. These are a normal characteristic of the 3D printing process and make each piece individually produced.