In-Mold Labelling for Permanent Graphics

An automated device for labeling barrel lid covers during injection molding to eliminate manual labeling after molding. The device has a marking device to apply labels directly onto the molded lid inside the mold before it's ejected. This eliminates the need for separate labeling equipment and manual labor.

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In-mold labeling machine for producing labeled products using blow molding. The machine has a label supply mechanism, conveyor, labeling mechanism, and blow molding mechanism. The labeling mechanism delivers labels using negative pressure adsorption and an upside-down delivery part. This frees space below for the conveyor. The mold has a clamp to hold the product during blow molding.

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Automatic labeling of conical plastic containers on a linear filling machine that provides accurate and efficient labeling without cutting cylindrical labels to fit. The labeling system uses a molding machine, conveyor, temporary storage, transfer device, and belt with a preformed label. The label is shaped into multiple fan-shaped sectors that can be individually fed into the mold to line the inner walls. In-mold processing connects the label to the pressed sheet to form a unit. This allows precise labeling without cutting cylindrical labels to fit conical containers.

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Automatic labeling machine for efficiently applying labels to cup bodies in high-volume production. The machine has a frame with a label supply, moving, rolling, and discharging mechanism. The label moving mechanism reciprocates between the supply and rolling mechanisms. The label rolling mechanism has a rotatable label assembly with reels on a turntable driven by a motor. This allows synchronized label feeding and rolling to match the cup body motion during injection molding. The label discharging mechanism has a suction device to extract the labeled cup from the mold cavity. The label shape matches the discharging mechanism.

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Automated barrel labeling machine for in-mold labeling of plastic barrels during injection molding to improve efficiency and quality compared to manual labeling. The machine has a standard bin with vertical rails and a horizontal bar to hold and move the labels. A vertical mechanism above the bin rotates the labels. The barrels are positioned under the labels and the vertical mechanism lowers the labels onto the barrels. The machine integrates with injection molding machines to label the barrels during molding. This eliminates separate labeling steps after molding.

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Manufacturing an injection-moulded article with an in-mold label. The article comprises a first mold comprising a surface with an injection hole, applying an in-mold label onto the surface of the first mold such that the through-hole of the in-mold label is aligned with the injection hole of the first mold, providing a second mold in proximity to the first mold such that at least a portion of the in-mold label is arranged between the first mold and the second mold, and injecting a molten material through the injection hole of the first mold and through the through-hole of the in-mold label into an empty space between the first mold and the second mold.

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Retractable label fixing system for thermoplastic injection molds that allows in-mold labeling without hot runner systems or damaging labels. The system uses a retractable pin to secure the label inside the mold cavity during injection. The label is made of the same thermoplastic material as the product and is positioned in the mold. A pin retracts into the mold when the label is in place, preventing movement during injection. This avoids label shifting, adhesion issues, and damage during mold filling.

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Rotary bottle blowing molding machine with integrated labeling and material feeding. The machine has a rotating turntable with blowing mold assemblies. Labeling, extrusion, and material feeding mechanisms are positioned around the turntable. As a mold rotates, it passes through these stations in sequence. The labeler grabs labels and inserts them into the mold cavity, the extruder feeds material into the mold, and the feeder receives the finished bottle. This allows automated labeling and filling without moving the bottles.

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A method to manufacture labeled containers with in-mold labels that prevents stretching and deformation of the labels during container production. The method involves adjusting the label orientation and container dimensions to match the blowing gas pressure and preform size. When blowing air into the preform to expand it, if the container is larger in one direction than the preform, make that direction coincide with the high tensile strength direction of the label. This prevents the label from stretching in that direction. If the container is similar in size to the preform in all directions, make the vertical direction match the high tensile strength direction. This prevents vertical stretching. By matching label and container expansion directions, it reduces label distortion when the container is blown into shape.

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Cover structure for in-mold labeling of products like bottles that allows separate labeling of the sides and bottom without needing continuous labels. The structure has a labeling cover with a bottom cover plate connected by discontinuous grooves. The labeling cover has a side label anti-collision feature to prevent labels moving during molding. The bottom cover has a pouring section to prevent label collision. This allows separate side and bottom labels with different patterns or absence of labels without needing continuous labels. The discontinuous grooves allow side/bottom distinction and prevent labels merging. The anti-collision feature prevents side label movement during molding. The pouring section prevents bottom label collision.

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A method of producing injection molded containers with labels that can be easily recycled. The label is inserted into the mold cavity, a core is partially inserted to stretch the label, then the plastic is injected to form the container with the label firmly attached. This mould design allows the label to be positioned and stretched before the container is molded, preventing detachment during use. The container and label are made of the same material, allowing easy recycling.

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In-mold labeling method for blow molded bottles that allows accurate placement of labels around the entire bottle surface using a specific blow mold design. The method involves injecting the plastic into a preform mold, then transferring it to a blow mold with a chute connecting the bottle cavity to an external extrusion part. The extrusion part slides between the upper and lower molds during blow molding to cover the entire bottle surface with the label material. This allows the label to be accurately formed around the entire bottle shape during molding, avoiding offsetting or gaps compared to post-molding labeling.

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In-mold labeling device for efficiently and flexibly labeling products during injection molding. The device has a compact design with modular components that can be arranged in a customizable layout. It allows labeling of products with complex shapes and sizes by moving the labeling modules around the mold. The device has an injection molding machine, die sticking machine, guide mechanism, marking mechanism, externally connected object mechanism, and label delivery mechanism. The label delivery mechanism moves the label around the mold using a drive unit and receiver plate. The modular design enables flexible arrangement of the labeling modules to adapt to different product shapes.

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Automatic labeling system for plastic barrels using an injection molding machine to improve efficiency and consistency compared to manual labeling. The system has a conveyor mechanism connected to the molding machine that transfers labels from a supply mechanism to the mold cavity during injection. This allows automated labeling without manual intervention. The label supply mechanism has a label bin, picker, and lifter to provide labels to the conveyor.

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Injection mold for producing spray covers with customized bottom and side labels that can be separately designed and materialized. The mold has a multi-cavity assembly between fixed plates for molding the covers. Plunger-type ejectors separate the molded covers. The mold design allows injection of material into the cover cavities first, preventing it from moving the labels during molding. This enables separate labeling of bottom and side portions.

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Automatic labeling and dispensing method for manufacturing covers like lids using injection molding. The method involves coordinated movements of the mold manipulator, sign output module, and injection molding modules to label and dispense covers simultaneously. The front mold moves to apply labels to the rear mold, then transfers them to the guide channel. The rear mold labels the covers while the front mold returns. Covers are guided to the dispensing belt for dispensing. This synchronous labeling reduces time compared to sequential labeling.

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Injection mold with integrated labeling feature to improve aesthetics and efficiency of injection molded products. The mold has a fixed and moving template that form the cavity. Instead of applying labels after molding, a detachable label insert is placed inside the mold to directly form the label on the product during injection. This eliminates issues of misaligned, warped, or crooked labels that can occur from manual application. It also avoids the need for separate labeling equipment and materials, reducing costs and improving aesthetics.

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An automatic labeling system for injection molded internal labels in plastic containers. The system places labels inside the mold before injection to avoid separate labeling steps. A label grabber captures labels and moves them to the mold. An electrostatic device spreads the labels evenly on the mold surface. This ensures consistent labeling during injection molding.

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Injection molding machine with integrated label embedding to avoid label issues like peeling, wrinkling, and curling. The machine has a horizontal axis with a rotating mechanism that moves an arm with an end effector to insert and retrieve labels. The labels are embedded during the molding process, providing a smooth joint between the label and product. This avoids labeling issues like adhesive failure, wrinkling, warping, and dropping when encountering temperature, moisture, or other conditions. The labels are formed simultaneously with the product, improving quality and appearance.

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Molding customized labels directly into rubber products like parking curbs to prevent peeling and ensure long-term label visibility. The labels are made from rubber-based materials with rough backings for better bonding. They are printed using UV-stable inks and inserted into the mold during rubber compression. This integrates the label into the product, protecting the edges and preventing peeling. Alternatively, a recessed pocket is molded into the product to hold the label. The labels are sized to fit snugly in the pocket and are protected by its edges. The integrated labels are bonded strongly to the rubber product, providing durability and resistance to wear and vandalism.

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