At Aller Engineering we draw from over twenty years industry experience offering our customers a full fabrication service, manufacturing a wide range of products in both ferrous and non-ferrous materials. Always ready to meet a challenge head on, Aller Engineering take your ideas and make them real using our metal fabrication skills and years of experience.
We cut, shape, punch, bend, weld, drill, assemble and deliver the final product to your deadline.
We cut, shape, punch, bend, weld, drill, assemble and deliver the final product to your deadline.
Services
Every member of the Aller team has a background in engineering and each one of us has a particular niche and role to play within the business.
Experienced project managers, creative designers, skilled welders, we're well equipped with all the necessary skills and machinery to make your project or product become a reality.
Experienced project managers, creative designers, skilled welders, we're well equipped with all the necessary skills and machinery to make your project or product become a reality.
We provide a wide range of quality fabrication and design services within a number of varying industries including, military, automotive, agriculture, horticulture, office equipment, catering, gymnasium equipment.
We offer many additional services to those listed above.
Including; mig and tig welding, sawing, folding, shearing, punching, bead blasting, fabrication, laser cutting, 3D CAD Design, sheet metalwork, and more.
If you can't see what you need, drop us a line, we are usually able to help.
We offer many additional services to those listed above.
Including; mig and tig welding, sawing, folding, shearing, punching, bead blasting, fabrication, laser cutting, 3D CAD Design, sheet metalwork, and more.
If you can't see what you need, drop us a line, we are usually able to help.
At Aller Engineering we use a modern Bystronic laser cutting machine, capable of delivering a very fine tolerance and an extremely high quality finish.
Parts may be supplied straight off the laser or put through our parts rumbler, providing a de burred and even surface finish.
Alternatively, we are able to draw parts from scratch, but this can be very time consuming.
Laser cutting is a thermal process used in the processing of sheet metal.
The laser beam is created by the laser source (resonator) using a mixture of inert gasses together with semiconductor excitation modules, that generate the necessary high voltage.
Parts may be supplied straight off the laser or put through our parts rumbler, providing a de burred and even surface finish.
Alternatively, we are able to draw parts from scratch, but this can be very time consuming.
Laser cutting is a thermal process used in the processing of sheet metal.
The laser beam is created by the laser source (resonator) using a mixture of inert gasses together with semiconductor excitation modules, that generate the necessary high voltage.
The bending of materials is a procedure for forming a flat workpiece into a three dimensional usable component.
It generally follows the cutting stage in the processing chain of operations and may be used to produce an infinite number of angles including the ability to create safety edges on various materials by using "hemming" or "Dutch folding" tooling.
The workpiece lies on a bottom tool or die, which has a v-shaped opening.
A top tool or punch is forced downward pressing the workpiece into the required angle.
It generally follows the cutting stage in the processing chain of operations and may be used to produce an infinite number of angles including the ability to create safety edges on various materials by using "hemming" or "Dutch folding" tooling.
The workpiece lies on a bottom tool or die, which has a v-shaped opening.
A top tool or punch is forced downward pressing the workpiece into the required angle.
Corner notching machines are used to cut out a 90 deg section from varying types and thicknesses of sheet metal with a V shaped blade.
The corner or corners of a sheet of material can be removed to provide clearance allowing two sides or more to be folded up such as in a shallow tray or box.
This clearance cut can be made in a single operation, the cutting action itself being the same as that of a guillotine, top and bottom hardened steel blades acting against each other to shear the sheet.
A CNC punching machine is basically programmed to move a sheet of metal in an x and y direction so as to accurately position the sheet under the machine's punching ram ready to punch a hole or form.
The corner or corners of a sheet of material can be removed to provide clearance allowing two sides or more to be folded up such as in a shallow tray or box.
This clearance cut can be made in a single operation, the cutting action itself being the same as that of a guillotine, top and bottom hardened steel blades acting against each other to shear the sheet.
A CNC punching machine is basically programmed to move a sheet of metal in an x and y direction so as to accurately position the sheet under the machine's punching ram ready to punch a hole or form.
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