ENGINEERING

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DESIGN

Design is the structure that forms the basis of production from the beginning to the end. With reference to customer needs, optimal efficiency is sought by design. From the choice of raw materials molding, the determined process is followed from machining to assembly. With the investment made in engineering, the point reached in design is to fully adapt to customer requests and needs.

CAD modeling and CAD programming are computer-aided manufacturing software used in the design phase. With engineering works that improve performance molding improvements are being made in the quality as well as the manufacturing speed. The sustainability achievements in an intensely competitive environment will give you the strength to take a step forward in your sector.

The impact of innovation in design is evident at all levels of production and also plays a leading role in R&D studies. It is carried out with innovative efficiency in the supply chain. This system is the basis of factors that carries OSS Sourcing to maximum success in quality and performance in all its activities from iron to steel molding to machining.

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SIMULATION

Simulation is an animation in which all parameters are evaluated before production. Using the latest technology software; all the properties that determine the quality and cost of the metal produced by casting, such as its internal structure, chemical values, strength, performance, are analyzed in advance. In the light of the analyzes carried out, the conditions determined to maximize the quality and achieve full customer satisfaction are fully fulfilled.

The simulated analyzes are carried out in accordance with the certificates issued by international organizations. The parts showing the required quality conditions are presented to the customer with reports in accordance with the standards. OSS Sourcing simulation service is an important criterion on which quality is based during casting and in the factory. The most accurate results are achieved by using effective simulation techniques in project-based or mass production.

OSS Sourcing has become a strong link in the supply chain with the production opportunities it provides to leading companies in various sectors. Behind this is the success it has achieved in the casting, processing and assembly activities of iron alloy, non-ferrous alloys, steel alloys and stainless steel. Simulation studies are also one of the best examples that can be given in this field.

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PATTERN MAKING

Design in mold making is a critical process that has an impact on cost, casting quality, manufacturing speed, and processability. A good design ensures that results obtained that are maximally adapted to customer needs.

OSS Sourcing excels in design by prioritizing R&D and engineering studies and offering its customers fast and practical production methods even in complex ways. In this way, added value is provided to the leading companies of the sector globally with sustainable performance.


With Pattern Making, services are provided for iron alloy, stainless steel and many other material groups. By combining design work with simulation work, the targeted success is achieved. By completing pattern making work in a short time OSS Sourcing responds to customer needs in a short time.

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MOULD MAKING

Mold making is completed based on the model, runner and feeder that will be used as a sand mold or metal mold. Ergonomic methods are used in mold making. Factors such as alloy and solidification dimensions required for successful casting are carefully controlled in each process.

The molding methods used are based on the fact that liquid metal has high resistance to abrasive action and volumetric changes.The scope of use and predetermined specifications are taken into consideration in the manufactured products, while applied methods include new technologies. This is prime factors that puts

OSS Sourcing at the forefront of the term time, including cost. In this direction, the company has made it its mission to provide economical and reliable production activities in the light of optimal engineering solutions.

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TOOLING

Cutting tools are selected according to the type of product, its material and the characteristics of the machine tool during processing. When choosing cutting tools, parameters such as pressure, cutting force, heat resistance, durability are taken into account. Properties such as heat conduction ability, chemical decisiveness, and toughness of material are among the conditions sought.

However, many of these features are not found in standard cutting tools. For this reason, OSS Sourcing also includes special cutting tools instead of standard tools to meet the optimum conditions in production.
OSS Sourcing has included many standard and special cutting tools with different characteristics in its inventory with its engineering studies and continues to do so. Carbon steels, high-speed steels, cutters with hard mineral inserts, diamond tools and ceramics are often involved in the production.

Correct cutting tool preferences are one of the main elements in increasing productivity while providing time, cost and labor advantages in production. In addition, desired properties can be developed and captured with coatings. Within the developing industry, abrasion resistance, compressive strength, thermal conductivity are the factors determining the processing process and we produce engineering solutions that can perform them at affordable costs.

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QUALITY CONTROL

High quality in success is ensured by quality and quantity. The qualification of the work done is measured by the quality.
In the production ring that continues with casting, the control of structural discontinuities on the core, model and molten metal is carried out by applying analysis and tests under certain standards. In addition, destructive and non-destructive testing types are carried out within the framework of OSS Sourcing with certification degrees valid throughout the world.

In processing, quality is again applied to each part by standardizing it throughout the process. State-of-the-art measuring instruments with calibration are used, the validity of which is registered. Investments to improve quality and accuracy in measurement have continued to increase, and one of them has been FARO ARM.

In this way, micron-sized operations are performed by eliminating uncertainties and absolute success is achieved.
While risk analyzes such as FMEA are used to detect risks, if an inappropriate product is encountered, root cause analysis is performed and corrective and preventive actions are applied in a short time.