Aluminium castings presently find application in a wide range of industrial applications. Other than being used by power generation equipment manufacturers, it is also used in the manufacturing processes of electrical and other associated industries. With present facilities of modern foundry, pattern shop & machine shop as well as arrangements for heat treatment & ultra-sonic tests also helps us to improve quality of castings everyday and deliver utmost satisfaction to our esteemed customers.

Aluminium castings presently find application in a wide range of industrial applications. Other than being used by power generation equipment manufacturers, it is also used in the manufacturing processes of electrical and other associated industries. With present facilities of modern foundry, pattern shop & machine shop as well as arrangements for heat treatment & ultra-sonic tests also helps us to improve quality of castings everyday and deliver utmost satisfaction to our esteemed customers.

Our tooling engineers know the extrusion process from start to finish, and they know the capabilities of our equipment and our quality team. With that knowledge they can tool your profiles to the specific tolerances you have requested.

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And we understand deadlines, too. With three of the most up to date presses in the industry today, and a fourth being added, we can adjust production schedules to meet your delivery demands or even run multiple jobs at the same time.

OEM Solutions make it easy to turn visionary projects into reality. As a leading original equipment manufacturer, we see ourselves as part of your business and know exactly what matters to you. We work with you to develop custom-made innovative solutions that will make your company the pioneer in the market.

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OUR HIGHEST FOCUS IS THE OEM CUSTOMER

Our customers are always at the centre of all our actions. You can rely on our many years of experience and outstanding expertise in the OEM sector.

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Ontops can develop and provide tailored solutions that suit the precise requirements of both the customer and market.

And we manufacture the solutions when you need them, with top quality that will last for many years.

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Your whole company will benefit from this, from top management to the purchasing department, from logistics to research and development. Passionate teamwork for your success.

Injection Part is a manufacturing process for producing parts by injecting material into a mould. Injection moulding can be performed with a host of materials mainly including metals, (for which the process is called die-casting), glasses, elastomers, confections, and most commonly thermoplastic and thermosetting polymers.

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Material for the part is fed into a heated barrel, mixed, and forced into a mould cavity, where it cools and hardens to the configuration of the cavity. Molds are made by Ontops from metal, usually, either steel or aluminium and precision-machined to form the features of the desired part.

Ontops is a premier aluminum anodizing specialist, providing a comprehensive range of processes and the ability to anodize extruded aluminum projects.

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Anodizing has been recognized as a valuable medium for extending the life of aluminum. Anodizing enhances the use of aluminum as a lightweight and attractive manufacturing component.

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While the science of anodizing aluminum is well understood, the actual practice of anodizing and quality of the final finished product – can vary dramatically. That is why Ontops has focused its specialization in this critical area, to ensure the highest quality finished parts and products, efficiency and cost-effectiveness.

Ontops provide CNC machining services for metal part manufacturing in numerous industries. Our software reads CAD drawings for all types of parts, and our team is capable of handling high volume production runs for a wide range of projects.

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The tools used for precision CNC Machining are controlled by our skilled staff with the help of sophisticated digital systems. CNC, or Computer Numerical Control, allows for extremely particular control of positioning, velocity, coordination, feed rates, and other precision aspects of the manufacturing process for a particular part or object.