OTEC can generate extremely flat surfaces through mass finishing, surfaces which are perfect for bea...
1 - 40 by 49 results
Intelligent component alignment for medical...
Intelligent component alignment at the push of a button Do you know the problem? You align the r...
Micro vibratory grinding machines
Micro vibratory grinding machines for deburring and polishing Micro vibratory grinding machines a...
Surface treatment - Tibia, femurshaft, pan...
The workpieces are clamped and processed with special brackets. Ra values down to 0.01 µm can...
Automatic measurement on the CNC machine
Measuring on the CNC machine for more productivity hyperMILL® PROBING is the optimal and user...
Vibratory grinding / barrel finishing
Solutions for the automatic deburring and polishing of precision parts With our partner, the fami...
CNC drawing parts / machined parts
Specialized in highly complex turning and milling parts. With our modern machining centers, we ar...
We are service providers in the areas of turning, milling, water jet cutting and the additive manufa...
Machine Tools for Surface treatment
We refine surfaces A turned, milled and even ground surface is often not fine enough to meet the...
Manufacturing of cannulated and non-cannulated pedicle screws including anodizing and packaging
Titanium Anodising Type III color anodising...
TYP-III colour anodising - colour anodising makes the difference TYP-III colour anodising covers...
Deburr bone plates quickly and evenly Titanium bone plates are tough. This is because these parts...
Finishing processes for hearing aids and...
Earmoulds and in-ear headphones Earmoulds are manufactured using additive or cutting processes wh...
Finishing processes for medical instruments...
Scissors, handles, drills, clamps, endoscopes and turned and milled parts Medical instruments and...
The result: a perfect surface as if polished by hand. OTEC's precision finishing systems produce...
Higher quality finishing / finishing processes...
Higher quality finishing / finishing processes of surgical instruments / implants Refining or ref...
Do you have a product in mind? We can make it! Starting with the development / construction, we are...
Contract manufacturing of precise turned...
Contract manufacturing of precise turned and milled parts for medical technology perame...
COATING PVD-Coatings in medical engineering Surgical instruments have to be ready for use ever...
Titanium anodising type II dark anodising...
TYP-II titanium anodising - dark anodising for optimised surface properties TYP-II dark anodising...
Your precise partner for metal and plastic...
WEIHBRECHT Lasertechnik GmbH was founded in 1986 with the Swabian inventor's claim “If it...
Automated salt bath handling To protect your employees from the dangers of molten salt, but also...
axyprotect BLACK | DLC coating
Diamond-like carbon layers (Diamond Like Carbon, DLC, aC: H or aC: H: X) are a class of ma...
Automation / zero point indexing systems
Various automation solutions, integrating GF machines as well as other brands, combined with other p...
Titanium colouring unit TFA 120/10 With this unit defined passive layers can be made on p...
Surface finishing the perfect finish for...
Surface finishing - the perfect finish for your products Manufacturing sophisticated products is...
Electroplating and P VD services
There are many good reasons to choose PVD technology: in addition to the low chemical loa...
Lasertreatment surfaces LASER P 400 U
The Laser P 400 U Series from GF allow the creation of various surface properties in combination wit...
Diamond-Like-Carbon Instruments
Advantages of the DLC coating: high biocompatibility high chemical resistance gr...
Turned parts, micro-turned parts, milled...
Drehen, Fräsen, Schleifen HIPP medical processes materials to turned parts and milled part i...
The metal and plastic processing is carried out by our modern CNC machining centers from Chiron....
Stent production as series applications Thanks to our handling, it is possible to remove stents fro...
Finishing processes for tablet tools
Tablet tools must be polished because the abrasive pressed powder reacts with and roughens their sur...
Laser technology for the medical device industry
ADMEDES customers benefit from the deep process know-how we have earned since our founding in 1996....
Reliable deburring! - Cross holes from ø 0.2mm - Sharp-edged and free of burrs - Hidden ed...
With the heart in the matter Our work improves the quality of life of many people or even extends th...
Finishing processes for dental
Denture clasps, dentures, braces, mouth splints, partial denture plates, implants and prostheses...
Environmentally friendly fluid management...
Biocide-free cooling lubricants with a long service life thanks to FluidWorker technology Water-m...
1 - 34 by 34 results
78564 Wehingen, Deutschland
78532 Tuttlingen, Deutschland
JakuTec Medizintechnik GmbH & Co. KG (EN)
78576 Liptingen, Deutschland
Bühler Metallbearbeitung GmbH (EN)
78549 Spaichingen, Deutschland
AxynTeC Dünnschichttechnik GmbH (EN)
D-86167 Augsburg, Deutschland
add'n solutions GmbH & Co.KG (EN)
78532 Tuttlingen, Deutschland
75179 Pforzheim, Deutschland
Medizintechnik Sattler GmbH (EN)
07426 Königsee, Deutschland
MICHELFELDER GmbH - Metall- und Blechbea... (EN)
78549 Spaichingen, Deutschland
46395 Bocholt, Deutschland
78194 Immendingen, Deutschland
mebamed Medizintechnik GmbH (EN)
88709 Meersburg-Baitenhausen, Deutschland
75179 Pforzheim
Schuler Präzisionstechnik KG (EN)
78559 Gosheim, Deutschland
72827 Wannweil, Deutschland
78576 Emmingen-Liptingen, Deutschland
9450 Altstätten
78052 Villingen - Schwenningen
75172 Pforzheim
85521 Ottobrunn / Riemerling, Deutschland
78532 Tuttlingen
1 - 40 by 40 results
Surface treatment and finishing processes of the area Services for MedTech production
Products and services from the categories Surface treatment and surface refinement of medical components in medical technology or other healthcare-related industries .
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The range of industrial processes used in surface finishing includes a variety of chemical, mechanical, and thermal treatments. Each process may be used to improve the appearance of a manufactured item, and may also improve adhesion, wettability, solderability, corrosion, tarnish, and chemical resistance. Depending on the end use, these processes can also increase the hardness and electrical conductivity of a material, or return it to its original dimensions. For this reason, it is important to select the right process based on the end requirement.
Many types of surface finishing processes can also be used to modify the surface of a material, such as removing imperfections. This process is usually followed by another type of treatment to prevent the metal from corroding. Different processes have different goals, and it is important to understand all of the options available. By following the manufacturer's requirements and specifications, you can choose the best possible surface treatment for your product. By applying a high-quality finish, your products will be a cut above the competition.
The types of surface treatment and finishing processes that are used in industrial production are often combined. For example, multiple treatments may be applied simultaneously for aesthetic and functional purposes. In this case, the aesthetical treatment is preceded by the functional one. After a surface treatment, different processing techniques are used to prepare it for a secondary finish. Choosing the right method for your specific needs and product design will be based on your client's needs and the desired end result.
The purpose of surface treatment and finishing processes is to protect the underlying material and enhance its appearance. Common surfaces treated with these processes are painted, plated under paint on guardrails, and polished to produce a smooth and glossy surface. The most common metals used in surface finishing are aluminum, brass, copper, stainless steel, and carbon steels. Further, these finishes can also be applied to used parts. This is an effective way to improve the appearance of metal components.
The three major types of surface finishing processes are: sanding, polishing, and degreasing. A finish with a high gloss is often regarded as a good example of a high-quality surface. A gloss finish is considered an excellent reflection of light, and it is ideal for reflecting light. A matte finish is best for the most practical applications, such as automotive parts. However, if the surface is not polished, it will look dull.
Electropolishing is a process similar to electroplating. It involves electricity and chemical reactions to remove ions and produce a smooth surface. Typical metals treated with electropolishing include nickel, copper, and stainless steel. These processes are highly specialized and customized. Some manufacturers have even developed robots to perform these processes for them. The different applications of these technologies will determine what kind of materials are suitable for which applications.