What is a waste removal machine? The waste removal machine (also called the waste discharge machine or label picking machine) is a type of post-production equipment for printing and packaging. After the die-cutting process, it is specifically used to remove and separate waste edges and inner hole islands stuck in the paper pile after die-cutting, and to remove finished product tags, color boxes, and cards, replacing the manual pounding and scraping of waste. Die-cutting only shapes the outline of the paper; the waste and finished product are connected by tiny dots and won't fall off automatically. The waste removal machine is essentially the "dismantling waste" step. Three common models 1. Handheld Pneumatic Waste Cleaner (Handheld Device) 2. Inner Hole Waste Cleaner (Semi-Automatic Foot Pedal) 3. Fully Automatic Full-Panel Waste Removal Machine (Large Machine) Applicable products Core advantages Simple process
Core Differences Between Hang Tags and Cards (Printing and Packaging Industry Edition) I. Core Definition & Purpose (Most Essential Difference) II. Differences in material and paper III. Differences in size, structure, and craftsmanship IV. Focus and Comparison of Information V. Distinguish in a simple sentence
Tag Full Classificative (Divided by Material, Purpose, Technology, Industry) I.Glassification by Material II. By Paste/Form of Use III. By Functional Purpose IV. By Printing Technology V. Differentiation by Characteristics
What is a labeler? I.What is a labeling machine? Labeling machines are packaging machinery that automatically apply self-adhesive labels, film labels, and paper labels to the surfaces of products/packages, replacing manual labeling and improving speed, accuracy, and consistency. They are standard equipment in assembly lines in the food, daily chemical, pharmaceutical, electronics, and printing industries. II.Caro working principle( for all adhesive models, the next community must in this market) III. Main classification of labeling machines. IV. Main Components V. Industry application scenarios IV. Main Components VI. Core Advantages