Finishing processes - Import export

Eastman provides a range of finishing services to enhance the durability and appearance of your products. From deburring to polishing, we ensure a smooth and refined finish that meets industry standards and customer expectations.

We provide first-hand control over all the transformation, finishing and machining processes required to convert aluminium into the solutions requested by our customers.

Smart car charger with safe charging function. Automatic voltage division - Regardless of which port we connect the phone to, its energy will be renewed at the maximum possible speed. In the case of charging 2 devices, the voltage will be properly divided and matched to specific devices. Safe charging - In addition, the accessory adjusts the voltage to the device's charge level. Regeneration of energy starts from a slower ceiling, then accelerates to the maximum allowed speed, to slow down again after exceeding 80% and finish the charging process calmly. Thus taking care of the condition and safety of the battery.

Sand Casting For simpler sculptures, without a great degree of detail, we are equipped with equipment to produce sculptures using the chemical sand process. Finishing The chemical sand casting process uses a chemical binder to unite the sand grains and form the mold and allows parts to be obtained with good dimensional accuracy and surface finish. Materials It is used to smelt various metals such as iron, steel, aluminum, copper or bronze. The pieces can have various sizes and complex shapes. Shapes It is used for the production of automobile components, agricultural machinery, industrial equipment, decorative items, furniture and works of art, such as sculptures, busts, plaques, trophies, etc.

High polish stainless steel flanges are not just functional components in piping systems; they also offer a visually appealing finish that is smooth and reflective. This high polish, often achieved through a process called electropolishing, provides several benefits: Electropolishing Process. Electropolishing is an electrochemical process that removes a thin layer of material from the stainless steel surface, resulting in a smooth and mirror-like finish. This process can also improve the corrosion resistance of the stainless steel by removing surface imperfections where corrosive agents could potentially take hold. Advantages of High Polish Finish Improved Corrosion Resistance: The smoother surface reduces the number of crevices where corrosion could start, thus enhancing the flange’s longevity. Easy Cleaning: High polish surfaces are easier to clean and sanitize, which is particularly beneficial in industries like food processing and pharmaceuticals.

The particulate filter cleaning machine is designed to clean the particulate filters of both passenger cars and commercial vehicles. The machine is completely made of stainless steel. With the water purification system, water in the tank is recirculated and cleans the inside of the particle filter.The machine starts the washing process by measuring the clogging rate of the filter after test button on the touch-operated display is selected. After the washing process is completed, you can test again and measure that the filter is cleaned. Then you can finish the washing process and proceed to the drying process. After drying the inside of the filter, the cleaning process is fully completed. There are bag and cartridge filters on the machine. Tank has heat insulation. The machine has lighting and a steam discharge fan. You can wash and dry 2 different filters simultaneously, as the machine has individual washing and drying processes.The machine exist in manuel and pneumatic.

When it comes to managing the processes associated with receiving finished products, for example storage, order preparation, transport planning and distribution, we’re experts in our field. Over the years, we have developed the necessary expertise to successfully manage outbound logistics for a variety of different sectors. Using our own fleet of latest-generation vehicles to handle distribution within Italy and the rest of Europe, we manage the entire distribution process, transporting finished products and spare parts from the point where they were produced direct to the customer.

It is a material widely used in machinery industry. It is a material with relatively hardness, rigidness, slippery and good mechanical strength values. There are various uses for its gear applications, including wheel construction. However, it is not as hard and abrasion resistant as Kestamid, not as slippery as Pom C. Its chemical strength is moderate, and it is resistant to some acids and bases. The polyamide 6 has the ability to collect water on its own. These features have pros and cons. Pros is that it increases the strength of the part against vibration and sudden impacts. This allzws the dynamic stresses that would otherwise occur during part use to be removed within itself. Cons is that it is difficult to achieve measurement stability in the material. In other words, the material is affected even by the moisture in the air and gets changes in the measurement. The tolerances must be observed before finishing the final processes of the part.

In addition to SPIROL Standard Metric Slotted Spring Pins, SPIROL offers a line of ISO 8752 Slotted Pins to meet market demand for these pins. SPIROL offers Slotted Spring Pins manufactured to the ISO 8752 specification in diameters ranging from 2mm to 12mm in both high carbon steel and austenitic stainless steel in plain finish. ISO 8752 Slotted Pins are not available with supplemental coatings such as zinc plating or passivation due to their propensity to interlock during the finishing process.

Of course, we also “bend the rules” when it comes to our round headboards, either in solid wood or wood veneer. With our bending and moulding machine and the 5axis CNC machines, we produce (almost) any desired shape and radius. In addition to producing individual pieces of wood, our services also include the associated finishing and processing. You receive varnished and securely packed wooden parts.

We are experts in deep-drawn parts made of stainless steel, deep-drawn parts made of aluminium and other non-ferrous metals (including brass, copper and nickel silver). To produce your perfect component, we also have the option of using carbon steel, special nickel alloys (e.g. Inconel®), but also soft magnetic materials. Each material has specific properties that need to be taken into account in the forming process. We manufacture deep-drawn parts with a diameter of 2 to 80 mm and a length of up to 120 mm. We process material thicknesses from 0.05 to 2.50 mm. Pharmaceuticals and medical technology, industry, consumer and automotive: we are primarily active in these fast-growing sectors. We are not only specialists in deep drawing, but also know the industrial requirements and process chains. Depending on your requirements, we complement deep-drawing with numerous secondary finishing processes up to fully automated assembly systems.

Customers worldwide rely on the numerous advantages of Tyrolit’s SCM belts, available in widths from 6 mm to 150 mm. SCM, standing for Surface Conditioning Material, is versatile and used for reducing surface roughness, removing paint residues, smoothing and repairing scratches, removing welding seams, and general finishing. These belts offer high efficiency due to their low machining time, robust construction, and open structure, which prevents clogging. The Low Stretch SCM belts are designed to prevent stretching during use, ensuring excellent results without workpiece deformation. Flex SCM belts, highly flexible and resistant to delamination, are ideal for small and narrow applications. The SCM XC belts provide perfect results with nonferrous metals, guaranteeing ideal finishing and maximum lifetime. Tyrolit offers various grain sizes from coarse to ultra-fine for different tasks, enhancing speed and quality in surface finishing processes.

Merbenit TS40 is a transparent, elastic adhesive with excellent sealing properties. It adheres to various materials and surfaces indoors. Merbenit TS40 is synonymous with simple processing and finishing. The product is compatible with paints and is permanently elastic between 40 °C and +90 °C.

We are experts in deep-drawn parts made of stainless steel, deep-drawn parts made of aluminium and other non-ferrous metals (including brass, copper and nickel silver). To produce your perfect component, we also have the option of using carbon steel, special nickel alloys (e.g. Inconel®), but also soft magnetic materials. Each material has specific properties that need to be taken into account in the forming process. We manufacture deep-drawn parts with a diameter of 2 to 80 mm and a length of up to 120 mm. We process material thicknesses from 0.05 to 2.50 mm.Pharmaceutical and medical technology, industry, consumer and automotive: we are primarily active in these fast-growing sectors. We are not only specialists in deep drawing, but also know the industrial requirements and process chains. Depending on your requirements, we complement deep-drawing with numerous secondary finishing processes up to fully automated assembly systems.

While Coiled Spring Pins are extremely versatile self-retaining fasteners that can be used for many different functions, SPIROL has designed several series of Coiled Pins to meet the nuances and performance requirements of some particular niche applications. These Coiled Spring Pins are variations of our standard product either manufactured from special material, have a special finish or undergo specific processing to meet performance, corrosion, compatibility and assembly requirements for the specific application. These pre-designed application-specific series of Coiled Pins help companies shorten the design cycle to confidently launch their product quickly to their market with a pinning solution that has been tested and proven within their assembly.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

At our Technical Centre, which has proven its worth over many years, even the smallest quantities bring you great benefits. With an area of over 1,000 square metres, we offer the perfect facilities to verify how the raw materials will actually behave in the intended processes and finishing steps. In addition, we run scalable test series to generate reliable data for calculating costs. The process in three steps: 1. Pilot trial: testing on the smallest scale 2. Scale up trial: testing on the high-performance universal mill, with close support from our experts 3. Large-scale production: testing on the large plant for production on an industrial scale

Keiper haul-off timing belts are made with polyurethane or neoprene timing belts that are finished with many different kinds of coatings. They are used for conveying foils in bag forming, filling and sealing machines as well as numerous other conveying tasks. The extensive range of designs offers the optimal solution for any transport task and application, e.g. with smooth or vacuum-processed surface, finished according to individual specifications, and with many different coatings. Timing belts - Polyurethane molded timing belts - or neoprene molded timing belts Tension cords - Steel - Aramid - Polyester Coatings - PU yellow - Linatex - Various elastomers - Silicone

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

For CNC machines Metal and resin bond diamond tools with continuous rim for engraving crystal glass and stone materials. For the extremely challenging art of finishing elegant and aesthetic items. Processing can be required for both functional (niches for sliding glass window panes) and decorative reasons. The engravings can have a straight, wavy or aesthetic design. They are carried out using differently shaped and bonded wheels Excellent finishing Long lifetime

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.

Is your medical part design right for manufacturing? The in-depth DFM analysis of RPWORLD helps you find the answer. Our experienced engineering experts could make in-depth DFM analysis to optimize parts. - Professional engineering team The professional engineering team have gained extensive experience on design improvement, and is specialized in analyzing the part from the perspective of material selection, manufacturing process, finishing options, and more. - Reduce costly redesign Improving medical part manufacturability to reduce costly reworks. Especially the minor changes could result in the costly reworks on mold and further increase the production cost. - Mitigate design risks Performing comprehensive evaluation to mitigate design risks before production begins. - Accelerate products to market Optimizing design to shorten medical parts development cycle and accelerate products to market.