An array of automatic single-edged edge banding machine designed for small to mid-sized craftspersons who wish to upgrade and automate manufacturing, or for medium sized industrial industries manufacturing specially made-to-order products. The new series of automated single-edge banding machines targeted at mid-size companies who want to boost their manufacturing capacity by adding a few hundred units. These new machines employ a special industrial banding process known as single blade banding. Single blade banding uses continuous-feed mechanical cutting systems to cut metal continuously in a clean, smooth, continuous stream. The process results in minimal disturbance of the workpiece and excellent quality performance on every repeat.
An edge banding machine is useful for precision surface adjustments in products like pipes, sheet metal, fabric, etc., where a gradual closing or opening of a space between two edges guarantees accurate alignment. Single edge banding machine offers maximum accuracy and consistency, and is used in applications where a need to create a smooth finish on a large production basis is required. For instance, this machine is used for precise surface adjustments in hot- forging steel, stamping, die making, etc. In addition, it also helps to ensure that the end product is free of bubbles and splices, and achieves greater consistency in work pieces after welding.
One important thing to note when purchasing an edge banding machine is to determine the required depth of cut. The basic rule is to multiply the required thickness by the stroke width to get the actual thickness of cut. This is necessary for smoothing the finished edge. To achieve optimal performance, it is important to determine the critical area of contact and perform this task before any other method. There are several ways in which to determine the critical area of contact; the first is to look at the distance between the welded edge and the welding tip.
It is also important to consider the panel thickness of veneer, as the higher the panel thickness, the lower the cost. Another factor to consider while buying an edge banding machine is the speed of the conveyor belt. The faster the conveyor belt speed, the smoother the movement of the material through the machine. In addition to this, the size of the panel and its thickness dictate the type of machine that should be bought.
The next factor to consider is the method of gluing the edge banding machine to the substrate. The most popular type of machine is the rotary vane machine, which has the ability to reduce or increase the thickness of the panel as required. The three common methods used are gas, water or electric. The type of machine that is chosen depends on the type of material to be processed, and hence the required thickness.
Water edge banding machine can be used for bonding hot rolled edges. This method requires an appropriate solvent to dissolve the glue that is used to bind the edges of the panels. Once the glue is dissolved, it is easy to pour and it takes only a few seconds to complete one job. Water edge machines have a disadvantage of damaging edges during the procedure. There is also a risk that some solvents used in the glue may react with metals to cause corrosion.
Electric edge banding machine can be used to join two panels together that have similar sizes and similar tensile strengths. Electric edge banding machine works by pushing the edges of the joined panels against each other using a small electric motor. The work pieces that need joining are pushed down into the glue, where they are held by the strong electric field. It is possible to use other types of adhesives such as epoxy but they tend to give bad results, especially with PVC edges.
An edge banding machine can also be used with a computer system to create a 3D image of the project before it is assembled. This software makes it easier for the operators to identify all the joints and places that require glue or adhesive tape. A computer system and the appropriate glue makes it possible to create a more detailed and accurate image than is possible with the human hands. The machine allows for very little operator input, which makes the job simpler. A computer edge banding machine can save a lot of time, increase productivity and reduce the cost of production.