Desktop Round Picture Cutting Machine (Rounding Machine) - 25mm (actual cutting diameter is 35mm)

Downham, 7.8 mi

Owned by Quadri A

4.73/5

Identified

Usually responds within a few hours

86% response rate

Downham 7.8 mi

Damages are covered without any excess. Read more

Description

Desktop Round Picture Cutting Machine Hire Create clean, accurately cut circular photos for keyrings, badges, fridge magnets, photo inserts and other personalised products. This sturdy desktop rounding machine is ideal for parties, photobooth printing, craft projects and small business production. The manual lever-operated design makes it quick and simple to cut multiple pictures with a consistent circular shape. Simply position the printed image beneath the cutter and press the handle down firmly. Included Items * 1 × Desktop Round Picture Cutting Machine Key Details * Produces neat and consistent circular photo cut-outs * Manual operation (no electricity required) * Suitable for photographs, printed paper and compatible thin card * Compact desktop design * Ideal for making photo keyrings, badges and other circular inserts * Easy to operate once the image is correctly positioned * Designed for 25 mm inserts, with an actual cutting diameter of 35 mm * Cutting diameter is fixed and cannot be adjusted Important Information * The machine is designed for 25 mm inserts, but the actual circular cutting diameter is 35 mm. Please ensure this size is suitable for your products before booking. * Photo paper, printing supplies, keyring components and other consumables are not included unless requested separately. * Only compatible paper and thin card should be used. Thick card, plastic, metal, laminated materials or multiple sheets must not be inserted. * Adult use only. The cutting area contains a sharp blade and hands must be kept clear during operation. * The machine must be returned clean, complete and in the same condition in which it was supplied. * Collection and delivery options may be available for a small fee upon request depending on the locational distance