IMPA - POTATO PEELER, FRAME HANDLE OVERALL MM

IMPA - POTATO PEELER, FRAME HANDLE OVERALL MM

https://5.imimg.com/data5/XR/TM/JA/SELLER-2188633/425-aluminium-foil-tape-500x500.jpg Printing foil is then pressed to the paper and heated.https://i.ebayimg.com/images/g/6woAAOSwL0BglTTw/s-l300.jpgThe heating causes the printed toner to melt and become tacky. The foil sticks to the tacky toner. When the foil backing is removed, foil detaches foil peeler 3m the foil backing and adheres to the foiling adhesive to cover the areas of the image that are desired to foil peeler 3m foil printed. Foils are generally metallic and are often used for special printing effects. The method uses foil peeler 3m specially coated with an adhesive, as well as ink specially adapted to repel the adhesive.The method includes printing at least one region of the image with a toner, printing the region of the image to be foil-printed with a foiling adhesive that sticks to a foil on a printing foil, with the adhesive having a foil peeler 3m temperature lower than the melting temperature of the toner, and pressing the printing foil to the image and heating the printing foil to a temperature greater than the melting temperature of the foiling adhesive but less than the melting temperature of the toner.Foil peeler 3m improvement achieved by the process includes, selecting for the vehicle resin in the ink a resin having releasability from the thermosetting resin and, prior to step 2causing the vehicle resin in the pattern formed in step 1 to harden, whereby the still uncured resin after step 4 is substantially restricted to the parts of the thermosetting resin directly over the pattern, and in step 5 substantially all of said uncured resin is released from the hardened vehicle resin and adheres to the planar shaping .ApplepeelerThe apparatus includes laser printing means foil peeler 3m to the computer for foil peeler 3m a printed image on a media, and, foil transfer means controllable by the computer for automatically transferring foil from a web of material having a transferable foil thereon onto at least part of the printed image, the foil transfer means including a means for supporting the web of foil peeler 3m, a heatable roller and a pressure means for bringing the printed image on the media into pressurized contact with the web against the heatable roller, the pressure means including a pressure roller and an actuator for urging the heatable roller and pressure roller towards each other, wherein the pressurized contact of the pressure roller against the heatable roller causes the foil on the web to transfer to at least part of the printed image on the media.The above ', ' and ' patents rely on heat produced as a byproduct of the printing process to activate the adhesive or resin, and on cooling to solidify the adhesion process.The apparatus includes a printing station for printing foil peeler 3m substrate with a curable adhesive in the areas to which foil is to be applied, a first adhesive activation station in foil peeler 3m the adhesive on the substrate is initially partially activated, a second adhesive activation station in which the adhesive on the substrate is activated again to complete adhesive cure, and a nip between the first and second adhesive activation stations in which foil peeler 3m can be pressed against the partially foil peeler 3m adhesive, means for transporting the substrate from the printing station, past the first adhesive activation station, through the nip and past the second adhesive activation station and foil transport means for feeding foil to and from the nip.It additionally discloses a method of applying foil from a foil web to a substrate that includes the steps of printing the substrate with a curable adhesive in the areas to which foil is to be applied, subjecting the substrate to a first adhesive activation stage in which the adhesive is partially activated, passing the substrate and a foil web through a nip where the foil is pressed against the partially activated adhesive, separating the foil web from foil peeler 3m substrate foil peeler 3m leaving the nip and subjecting the substrate to a second adhesive activation stage to fully cure the adhesive.The succession of steps comprising the method includes partially curing the adhesive, thereby achieving a tacky surface that is brought into contact with the foil web by nipping means. In a subsequent step the foil web is separated from the substrate, such that on areas of the foil web that were pressed against the tacky surface during the nipping step remain attached to foil peeler 3m substrate. Finally, the foil that became attached to the tacky surface is subjected to a second curing step in order to solidify the adhesion between said foil and the adhesive on the one hand, and the adhesive and the substrate on the other.However, once the subsequent step of separating the foil web is executed, a number of undesirable effects may occur, including: misalignment, displacement, stretching, tearing, lifting of the edges, or a combination thereof. Moreover, during the nipping step, the foil is prone to distortion due to the malleable nature of the adhesive.Furthermore, the use of heating in the printing process is not suitable for a wide array of printable substrates such as plastic substrates due to the risk of heat induced deformation.Good Quality heavy duty aluminum foil roll - Suitable for kitchen use and baking.SUMMARY Described herein are systems and machines for cold foil stamping onto a substrate using a curable adhesive, such that adhesion of the foil foil peeler 3m applying the foil, as well as when peeling excess foil, does not rely solely on the tackiness surface of the adhesive.In some embodiments, a foil stamping system also referred to as a pressing machine is provided foil peeler 3m includes a printing device to inject a pattern composed of a layer of adhesive onto a substrate. When foil peeler 3m injected onto the substrate, the adhesive is non-tacky.A conveyer belt advances the adhesive-topped substrate towards the pressing section, optionally exposing it, en route to the pressing section, to energy e. The pre-cured adhesive is still non-tacky at that point. The change that is achieved in the partial curing is the increase in the viscosity of the adhesive such that it is not distorted in foil peeler 3m next pressing operation. The adhesive-topped substrate is nipped between one or more nipping rollers and, for example, the conveyer belt or companion nipping rollerssuch that the foil comes into contact with the non-tacky surface of the adhesive.Once contact has been achieved, the adhesive is subjected to a further application of energy from another one or more energy sources, for example, a second radiation source such as a UV source.https://cdn.shopify.com/s/files/1/1101/6736/products/UL181A-P_2.5_x_180_grande.png?v=1571438738Accordingly, with the application of energy from the second set of one or more energy sources generally located foil peeler 3m from the nipping roller at the entrance to the pressing sectiononce the substrate has traversed the pressing section and has advanced past foil peeler 3m exit nipping roller, the adhesive has hardened and the resultant structure includes the foil peeler 3m adhered to the hardened adhesive, which in turn is adhered to the substrate.The resultant structure may then be processed using a peeler to peel excess foil. In some embodiments of present disclosure, the adhesive is selected from a group consisting of radical-type or cationic. [The Tuesday | National Review] In one aspect, a method for producing foil relief is disclosed. The method includes placing a foil on a curable adhesive deposited on a substrate when the curable adhesive is substantially non-tacky, and applying energy to the adhesive foil peeler 3m on the substrate while pressing the foil to the adhesive to cause the adhesive to become tacky and to adhere to the foil.Embodiments of the method may include any of the foil peeler 3m features. The method may further include pre-curing the curable adhesive prior to placing the foil on the adhesive deposited on the substrate to initiate the curing process of the adhesive and manipulate a viscosity level of the curable adhesive. The price you pay is the price displayed on the eBay website at the time we receive your order. While we try to ensure that all prices on our eBay store are accurate, errors may occur.If we discover foil peeler 3m error in the price of goods you have ordered we will inform you as soon as possible and give you the option of reconfirming your order at the correct price or cancelling it.If we are unable to contact you we will treat the order as cancelled.TableCraft E5602 Firm-Grip Y Shaped PeelerIf you foil peeler 3m and you have already paid for the goods, you will receive a full refund. In some embodiments, the energy source foil peeler 3m be, for example, a lamp generating incoherent optical radiation, a laser source, an electron beam generator, a heating element, etc. Other types of energy sources may be used. The energy applied to the adhesive is generally not sufficient to cause the adhesive to become tacky, but instead is used to cause the adhesive to achieve a foil peeler 3m or state of higher viscosity such that upon further exposure to energy e.The use of an energy source to initiate the curing process prior to arriving at the pressing machine may thus expedite the pressing process. The structure including the adhesive-topped substrate with or without having the adhesive exposed to the upstream energy source foil peeler 3m initiate the curing process passes through the pressing section that includes nipping rollers and In some embodiments, the distance between the nipping roller and the nipping roller or between a roller set that includes the roller and a second roller set that includes the roller is at least the length of one dimension of the substrate Once the adhesive-topped substrate passes by the nipping roller as depicted in FIG.The foil web may be fed by a spool or foil peeler 3m be pulled by the nipping roller The nipping rollers also referred to as pinching rollers are configured to exert force on the foil passing under the nip rollers and the substrate-adhesive structure. In some implementations, the nipping operations may be performed using opposite facing rollers in a manner similar to that depicted in FIG.Once the contact between that section of the foil and the still non-tacky surface of the adhesive on the substrate has been made, the adhesive is subjected to energy from foil peeler 3m second one or more energy sources a and b which, like foil peeler 3m energy sourceeach may be a radiation source, a heat source, etc. As depicted in FIG. In some implementations, a suitable adhesive that may be used is a radical-free glue that upon exposure to energy e.Each peeler features an on-trend color and an ergonomic plastic handle. New 3m 4-PACK Christmas Luxury RED Foil Metallic Wrap Paper Roll Festive Design.The exposure of the adhesive to that level of energy can thus perform the pre-curing of the adhesive that will subsequently enable a more expeditious curing and pressing foil peeler 3m required to perform the cold foil relief procedure. For example, in some implementations, the total energy output required from the energy sources of the system e. As noted, the curing process, and thus the solidification hardening of the foil peeler 3m is completed prior to the resultant structure exiting the pressing section, and therefore any peeling of excess foil on the resultant structure is performed with curing processing having been completed and accordingly, with the adhesive having been solidified.For example, in circumstances where the energy source is a foil peeler 3m source, such as a UV source, the level of energy foil peeler 3m needs to be applied to the foil so that enough of the applied energy will reach the adhesive and interact therewith may depend on the optical permeability of the foil, which may represented by the foil's foil peeler 3m density.The optical density, or OD, is a measure of the extent to which a material, in this case the foiltransmits light or other electromagnetic radiation. A suitable foil material that may be used to perform the cold foil relief described herein may be a foil having and optical density of, for example, 0. Once the substrate has traversed the pressing section and has emerges passed the nipping roller setthe adhesion of the foil to the substrate is substantially completed with the adhesive becoming substantially solidified.A peeler may then be used to peel excess foil from the substrate.https://i.ebayimg.com/images/g/pi0AAOSwpaxe7~YV/s-l640.jpgParticularly, as described herein, in the conventional system of FIG. The pressing of the foil 12 on the tacky adhesive layer 20 results in some warping of the foil's surface, causing surface irregularities of the foil's surface.Furthermore, when the resultant structure comprising the foil placed on the adhesive layer deposited on the substrate 70 exits the pressing section of the systemthe adhesive has foil peeler 3m not completely solidified at that point. Thus, the distortion warping of the foil's surface on the substrate is exacerbated when peeling excess foil before the completion of the solidification of the adhesion between the foil 12 and the substrate Such solidification of the adhesive layer is generally accomplished by the foil peeler 3m application of energy by the energy source 30b located downstream of the exit of the pressing section and in the configuration of system as depicted in FIG.In contrast to the warping that can occur by using system arrangements such as the foil peeler 3mFIG. As described herein, the substrate topped with the adhesive arrives at the entrance to the pressing section with the curable adhesive generally being non-tacky.https://image.made-in-china.com/226f3j00TteEPGfcBKuR/3m-Electrically-Conductive-Aluminum-Foil-Tape-425-Silver-50-8mm-Width-X-54-8m.jpgAs noted, in some embodiments, pre-curing may be performed on the adhesivefor example, using the optional energy sourceto put the adhesive in a condition in which further application of energy would cause the adhesive to become tacky. The substrate and the adhesive topped thereon are nipped to foil using, for example, the nip roller At foil peeler 3m point, the adhesive is not yet tacky, and thus, minimal if any stretching or warping of the foil placed on the adhesive layer occurs.As the structure of the foil placed on the foil peeler 3m layer deposited on the substrate advances through the pressing section of the systemthe one or more energy sources a and b apply energy e. When the foil peeler 3m comprising the foil on top of the now cured adhesive deposited on the substrate emerges from the exit of the pressing stage past the nip roller the structure has generally solidified with minimal if any resulting stretching or warping of the foil on top of the cured adhesive layer.https://sc01.alicdn.com/kf/HTB15fikSpXXXXcuaXXXq6xXFXXXt/Custom-3m-Acrylic-Masking-Mylar-Aluminium-Foil.jpg_350x350.jpgThe generally cured foil peeler 3m is now processed by the peeler not shown in FIG. With references to FIGS. The effect of stretching distortion of foil stamped script the letter B is illustrated in FIG. Initially, a curable adhesive is deposited, for example, using a printing device, on a substrate.https://5.imimg.com/data5/XR/TM/JA/SELLER-2188633/425-aluminium-foil-tape-500x500.jpgThe curable adhesive may be, for example, one or more of a radical type adhesive, a cationic adhesive, etc. A foil is then placed on the adhesive deposited on the substrate using, for example, a first nip roller set that exerts force on foil peeler 3m foil passing underneath it.https://img.weyesimg.com/collection/313513e699ceedaa478297bb09eec913/bc4d4947d7a41b3a4851e5f12d1b5df6.jpgAt the foil peeler 3m when the foil is placed on the adhesive, the adhesive is foil peeler 3m tacky. In some embodiments, prior to placing the foil on the foil peeler 3m adhesive, a pre-curing of the adhesive, e. Having placed the foil on the adhesive-topped substrate, energy is applied to the adhesive while pressing the foil to the adhesive deposited on the substrate e.The adhesive becomes substantially fully cured and generally hardened prior to completion of the pressing of the foil to the adhesive deposited on the substrate, and thus prior to peeling any excess foil from the resultant solidified foil-adhesive-substrate structure. With reference now to FIG. The pressing system is generally similar to the system foil peeler 3m in FIG. As such, the system includes a printing device that may be similar to the printing device and may include, for example, one or more of an ink jet, a toner- based printer, a silk screen printer, a lithography-based printer, etc.The printing device is configured to print or deposit a patterned layered of curable adhesivehaving a composition that may be similar to the adhesive of FIG. An optional energy source may be operated to apply energy onto the layered adhesive on top of the substrate to cause the adhesive to become pre-cured, but without causing it become tacky.Hot selling 3m length 8t output wood bark peeling machine/ wood barker wood debarking machineWhen the substrate-topped-adhesive enters the entrance of the printing foil peeler 3ma section of a foil web is pressed against the non-tacky foil peeler 3m using, for example, the nip roller As the substrate-adhesive-foil structure continues to advance foil peeler 3m a direction foil peeler 3m by the arrow through the pressing section via, for example, a conveyor belt which may be similar to the conveyor beltit is subjected to energy from one or more energy sources a and b which may be similar to any of the energy sourcesa, b and described herein.The curing performed during the pressing also causes the substantial solidification of the foil-adhesive-substrate structure prior to the completion of the pressing i. As further shown in FIG. The energy source is configured to apply energy to the foil web at a sufficient level to cause the foil to become more flexible. In some embodiments, the energy source may be positioned between a spool and the nip roller at a distance sufficient to apply energy to the foil.The energy source may be similar to foil peeler 3m of the energy sourcesa andand may include, for example, a UV source, a lamp generating incoherent optical radiation, a laser source, an electron beam generator, a heating element, etc. While FIG. Furthermore, the use of energy sources to control properties of the foil, e.https://images-na.ssl-images-amazon.com/images/I/91nVpZyrx-L._SL1500_.jpgIn some implementations, the foil web can be made more flexible by reducing the web's tension i. The machine includes nip rollers and configured to apply force to a foil web contacting the nip rollers to place the web onto foil peeler 3m adhesive layer deposited on a substrate that is being advanced e. Curing of the adhesive layer may be performed by one or more energy sources a and b, which may be similar to any foil peeler 3m the energy sources depicted, for example, in FIGS.As the auxiliary rollers and rotate, they in turn transfer rotational motion torque to their respective nip rollers.https://i.ebayimg.com/images/g/BGwAAOSw~AFd086h/s-l400.jpgBy controlling the respective rotation speeds angular speeds of the auxiliary rollers, the tension of the foil web may be controlled. Particularly, by controlling the rotational speeds of the auxiliary rollers, the nip rollers and may be actuated to rotate at different speeds.In some embodiments, the tension of the foil web can be determined based on the measured power consumed by the driving motor i. If it is determined that the tension in the web is too high, the feedback mechanism can control the auxiliary roller control signal to foil peeler 3m the roller to increase its rotational speed, which in turn will cause the nip roller to increase its rotational speed and thus cause the tension in the foil web to decrease.It should be noted that the positioning foil peeler 3m the auxiliary rollers depicted in FIG. In some embodiments, the nip rollers may be directly coupled to motors foil peeler 3m actuate the nip rollers to control their rotational speeds.https://i.ebayimg.com/images/g/EO4AAOSwV0xfIhJf/s-l300.jpgAdditionally, other types of driving mechanisms may be used to control the motion of the nip rollers and by extension the level of tension in the foil. Furthermore, the use of a driving mechanism to facilitate controlling foil tension may also be implemented in other types of systems in which foil, such as the foil shown in FIGS. Turning back to FIG.The air pressure device includes a conduitsuch as a pipe or a hose, connected at one end to an air source e. The conduit's outlet is positioned, for example, over foil peeler 3m foil, and thus the application of the pressurized gas or liquid over the foil during the curing of the adhesive as foil peeler 3m adhesive is becoming tacky and subsequently is hardening causes controllable level of force to be applied to the foil to thus improve the contact between the foil and the adhesive undergoing the curing process.In some embodiments, other types of devices to cause a controlled application of force on the foil to improve contact between the foil, adhesive and the foil peeler 3m may be employed. Although one air pressure device is shown in FIG. Furthermore, here too, the use of force application devices to improve contact between the foil and the underlying adhesive layer and the substrate on which it is deposited may also be implemented in other types of systems in which foil, such as the foil shown in FIGS.In some implementations, a pressing system may enable the simultaneous application of different foil materials. In such foil peeler 3m, the pressing system foil peeler 3m be configured to press one or more different foils to respective adhesive layers deposited on one or more substrates foil peeler 3m multiple adjacent nipping rollers aligned, for example, along respective longitudinal axes of the multiple nipping rollers.Thus, with reference to FIG. The nipping roller assembly includes two separate nipping roller and that are positioned adjacent to each other e. Each of the nip rollers and may be similar to any one of the nip rollers shown in FIGS.The nipping rollers and of the assembly comes in contact with respective foil webs and The webs may be foil peeler 3m the same or different materials. The webs and are, in some embodiments, fed from separate spools not shown in FIG. As the foil webs advance underneath the adjacent nip rollers andthe nip rollers cause the foils to contact respective adhesive layers and depicted using dashed-dotted lines deposited on respective substrates and depicted using dashed lines.