Medical parts - Import export

ISO 14644-1 certified cleanroom with class 8 air cleanliness constructed by market-leading air system and cleanroom suppliers. We offer manufacturing of medical plastic bottles/components to packaging without human contact.

The BARImeter® is a precision metrology device that offers a great flexibility in the measurement of microtechnical, horological and medical parts. In particular, it is possible to measure small friction torques in both directions of rotation as well as holding torques. Examples: - Barrel measurement - Friction-wheel measurement

32 Series Our compact felt roller lubricators are designed for coil gauges up to 0.5 mm as well as viscosities up to 100 mm 2/sec (recommended guideline values). Fields of application Contact components: tab connectors, electric switching contacts, contact springs Punched and bent parts: medical technology, microelectronics, precision engineering Fine blanked parts: gear/engine technology, pumps

Hai Tong is one of the leading manufacturer of high-volume, precision metal stampings for OEMs in the medical, automotive and electronics industries. Our skilled workers using in high speed metal stamping process to produces complex stamping parts which are of the highest quality standard and one stop solution for your specific parts. High speed precision stamping is the most cost-effective solution to produce small, tight tolerance but large volume parts, we can work with a variety of materials, such as copper alloys, stainless steel and carbon steels, and spring steel, enriched with years of experience in fabricating electronics metal stamping parts and medical stamping parts leads us to be top manufacturer who have enough knowledge to make the most complex stamping parts with stable quality and on time delivery. When components are produced through high speed stamping, the assembly process is also greatly simplified.

Welcome to EWOQE, your specialist for high-precision plastic injection molded parts for medical technology! We understand the demanding requirements of your industry and deliver customized solutions that meet the highest quality standards. Our experienced team collaborates closely with you to develop the optimal plastic injection molded parts for your medical applications. Utilizing state-of-the-art technologies and high-quality materials, we ensure our products comply with the strictest regulatory requirements and offer the highest precision and reliability. Whether for components of medical devices, laboratory equipment, or consumables, we are your trustworthy partner for all your needs in plastic injection molded parts for medical technology. Rely on EWOQE for top-notch quality, rapid delivery times, and excellent customer service. Contact us today to learn more about our tailored solutions for medical technology and to advance your projects.

We are factory for injection molds and molding products in medical industry.

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.

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.

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.

The Pistaccio medical trousers are part of the category of classic models, regular fit, with laces, which you can match with the blouses from our varied collection of uniforms. The medical pants are extremely light, being made of a quality material, thin, very pleasant to the touch. They are easy to dress and wear.

The Yellow Sun medical trousers are part of the category of classic models, regular fit, with laces and can be matched with the blouses from our varied collection of uniforms. The yellow medical pants are extremely light, being made of a quality material, very pleasant to the touch. At the same time, they are easy to dress and wear. The color is a brave one, for bolder strands. It is a stylish choice, which will surely bring you many compliments. On the other hand, it is a happy color, especially preferred by the doctors and nurses who work in the pediatric wards.

The Pistachio Green unisex medical suit is very versatile, provided with three patch pockets. Because you are a dynamic and energetic person, with a lifestyle that requires movement, the moment you enter the door of your medical office, you can keep your phone or other important objects close at hand, having, at the same time, your hands free. You will see how easy and comfortable it is to use the two pockets on the lower part of the medical blouse.

The beige men 's medical suit is very versatile, provided with three patch pockets. Because you are a dynamic and energetic person, with a lifestyle that requires movement, the moment you enter the door of your medical office, you can keep your phone or other important objects close at hand, having, at the same time, your hands free. You will see how easy and comfortable it is to use the two pockets on the lower part of the medical blouse.

With the new tightening procedures for cleaning and disinfecting implant ancillaries, PPSU offers an interesting solution guaranteeing a longer life cycle for products. Though it costs usually more than other medical grade polymers (POM, PP), it can nevertheless prove to be more economical in the long term due to its durability. This is especially true for complex designs which are expensive to machine. PPSU does not have any problems with the cleaning & pre-disinfection products. Our material is lot controlled, serialized and is delivered with a certificate of conformance. Coloured resin has been tested under ISO10993/5/10/11/18. The material is not for permanent implantation. PPSU behaves very well after a large number of sterilisation cycles in an autoclave at 134°C/273°F, it can be sterilized through other methods (ETO; gamma, plasma, dry heat). it is polishable for a perfect finish.

Medical and Pharmaceutical Industy Parts Machining, Machining by turning and milling to drawing - from ferrous and non ferrous materials (plastics), from 2 to 40 mm of diameter, very long parts up to 3700 mm. up to 80 mm diameter from bars and up to 300 mm diameter from slugs or castings using multi axis CNC machines Application: components and precition parts for medical appiances, hospital machineries, systems, devices and furniture