The basis for a product or component series is an exact template, the so-called original model. For...
1 - 40 by 54 results
Thanks to the technical equipment and the modern machine park at Brecht, you are optimally prepared...
HAMER blister machine HM30 - medical technology
HAMER blister machine HM30 The HM30 blister packaging machine was designed for use in medical...
Prototype technologies for medical technology
Medical technology Prototyping High quality prototyping is a critical stage in the product developm...
Do you have a product in mind? We can make it! Starting with the development / construction, we are...
After the treatment or manufacturing of metallic workpieces, it is usually necessary to free them of...
We manufacture milled parts from stainless steel, brass, titanium and aluminum according to a sample...
Time equals money when turning an idea into a marketable medical device. To accelerate your journey...
Finishing processes for hearing aids and...
Earmoulds and in-ear headphones Earmoulds are manufactured using additive or cutting processes wh...
Milling technology / milled parts - contract...
Milling technology / milled parts - contract manufacturing for medical products Milling refers to...
Sophisticated and economical product solutions. We turn, mill, grind, finish, refine and assemble ac...
We are service providers in the areas of turning, milling, water jet cutting and the additive manufa...
We not only offer you normal waterjet cutting, but also precise abrasive waterjet cutting (PAS) with...
Sinuscopy Retro punch / backward cutting acc. To StammbergerSinus Kleinsasser spoon pliers,...
Saws / laser welding machine / other
1 x hydropneumatic aluminum circular saw machine Eisele Cutting area 100x100 mm or 160x80 mm, repea...
As soon as larger quantities are available, a tool is sometimes indispensable in order to be able to...
Medical Clean room plastic injection
Medical technology clean room injection molding We manufacture plastic components in the clean ro...
HAMER blister machine BPC 25M - medical technology
HAMER blister machine BPC25 M (high end machine) The BPC 25M blister packaging machine was design...
Turned part contract manufacturing for medical...
Sophisticated and economical product solutions. We turn, mill, grind, finish, refine and assemble ac...
CAD construction / development of medical...
CAD construction / development of medical products CAD has supplanted the drawing board and many...
Manufacturing of cannulated and non-cannulated pedicle screws including anodizing and packaging
Turned parts, micro-turned parts, milled...
Drehen, Fräsen, Schleifen HIPP medical processes materials to turned parts and milled part i...
Surface finishing the perfect finish for...
Surface finishing - the perfect finish for your products Manufacturing sophisticated products is...
Automatic measurement on the CNC machine
Measuring on the CNC machine for more productivity hyperMILL® PROBING is the optimal and user...
Your precise partner for metal and plastic...
WEIHBRECHT Lasertechnik GmbH was founded in 1986 with the Swabian inventor's claim “If it...
Manufacturing of cortical screws and closure screws including electropolishing and packaging
SOGA was a partner in the development of urgently needed ventilators In 2020, the Covid19 crisis...
CNC drawing parts / machined parts
Specialized in highly complex turning and milling parts. With our modern machining centers, we ar...
Surface treatment / deburring / cleaning
1 x SIGG sandblasting cabin with special coating only for VA parts 1 x SAPI sandblasting cabin...
Additional text: Sophisticated and economical product solutions. We turn, mill, grind, finish, refin...
Contract manufacturing of precise turned...
Contract manufacturing of precise turned and milled parts for medical technology perame...
OTEC can generate extremely flat surfaces through mass finishing, surfaces which are perfect for bea...
Dentalimplantate und Abutments
Manufacturing of implants for dentistry according to customer specifications
Higher quality finishing / finishing processes...
Higher quality finishing / finishing processes of surgical instruments / implants Refining or ref...
Additive manufacturing for medical technology
Additive manufacturing - only really perfect with CAD / CAM Additive manufacturing offers many ne...
Rounding of workpieces and Rounding of cutting...
With edge rounding, we distinguish between the following: Rounding of cutting edges The object...
Post-processing of ready-to-install parts
We supply you with ready-to-install parts More and more manufacturing companies are reducing their v...
Reliable deburring! - Cross holes from ø 0.2mm - Sharp-edged and free of burrs - Hidden ed...
1 - 40 by 49 results
78532 Tuttlingen, Deutschland
78532 Tuttlingen, Deutschland
MICHELFELDER GmbH - Metall- und Blechbea... (EN)
78549 Spaichingen, Deutschland
PAYER International Technologies GmbH (EN)
8151 St. Bartholomä, Österreich
78532 Tuttlingen, Deutschland
78597 Irndorf, Deutschland
78532 Tuttlingen, Deutschland
Schmid Medizintechnik GmbH (EN)
78573 Wurmlingen bei Tuttlingen, Deutschland
78532 Tuttlingen, Deutschland
JakuTec Medizintechnik GmbH & Co. KG (EN)
78576 Liptingen, Deutschland
78573 Wurmlingen, Deutschland
78532 Tuttlingen, Deutschland
Medizintechnik Sattler GmbH (EN)
07426 Königsee, Deutschland
TEBIT GmbH & Co. KG - The Medical Group (EN)
58540 Meinerzhagen, Deutschland
78591 Durchhausen, Deutschland
78194 Immendingen, Deutschland
Bühler Metallbearbeitung GmbH (EN)
78549 Spaichingen, Deutschland
75228 Ispringen, Deutschland
mebamed Medizintechnik GmbH (EN)
88709 Meersburg-Baitenhausen, Deutschland
78573 Wurmlingen, Deutschland
75179 Pforzheim
72827 Wannweil, Deutschland
78559 Gosheim, Deutschland
85521 Ottobrunn / Riemerling, Deutschland
75172 Pforzheim
Kunststoff Christel GmbH & Co. KG (EN)
78073 Bad Dürrheim, Deutschland
75179 Pforzheim, Deutschland
1 - 35 by 35 results
Manufacturing processes of the area Services for MedTech production
Products and services from the categories Processing of medical parts, components, materials, products and medical devices in medical technology or other healthcare-related industries .
Processing of medical parts, components, materials, products, medical devices
There are several types of manufacturing processes. The basic categories are casting and molding, machining, joining, and shearing and forming. Each type of manufacturing process involves different types of equipment, and each one is important to the overall success of the final product. Below, we will discuss the differences between these types of manufacturing processes and how they affect the quality of the final product. These are the four primary types of manufacturing processes. To learn more about each one, read the next few paragraphs.
Solution definition is a sequential process in which functional specifications are transformed into actual designs. These are then compared with the specifications and requirements. For medical products, there are certain general considerations that must be considered, such as biocompatibility of materials that will come into contact with humans. In addition, the demand for raw materials and equipment can impact the manufacturing process. The process can be optimized using a variety of tools and technologies. For example, automated testing and data collection are available to enhance the design process.
Prototype production is an important phase in the development process. During this phase, engineers use 3D imaging technologies to create a virtual prototype of the device. These prototypes are produced in limited quantities and do not involve cell manufacturing. In recent years, 3D printing technology has made it possible to produce prototypes more quickly and more cost-effectively. In the end, these prototypes are vital to the success of a medical device.
Selection of materials and methods is crucial for the success of medical devices. The materials should be biologically safe, since they will be placed in the body. Because of this, choosing the right material and manufacturing process is crucial to ensuring the quality of the final product. If the materials were not biocompatible or ineffective, it would not be in the hands of the patient. Regulatory bodies ensure that medical devices meet the required standards and minimize the risk to the ultimate beneficiary.
The design stage begins with the selection of the components. This step is critical in determining the best materials and techniques. During this stage, the components are formed according to the specifications. Then, the parts are assembled and the process continues. Each step of the manufacturing process is crucial for the success of the product. In addition to the materials used, the manufacturing process must be efficient and reliable. It is crucial to use the proper procedures to ensure the quality of a medical device.
Medical devices are often complex, and the design teams must meet stringent standards to ensure the safety and quality of the product. Metal printing is ideal for parts with high-quality details, including high-resolution and sterilization. Its smooth surface makes it suitable for paint and other finishes. Many medical devices are made of solid metal, and the process should match the requirements of the patient. In addition, it is crucial to follow best practices to improve the performance of the company.