TECHNISCHE BEFESTIGUNGSLÖSUNGEN

Wenn die Anforderungen Ihres Produkts über das hinausgehen, was Standardhardware erfüllen kann.

Know-how und Technologie, um Ihre einzigartigen Konstruktionsanforderungen und Montageanforderungen zu erfüllen, von hochtechnologischen Teilen über Sekundäroperationen bis hin zu exotischen Materialien.

MASSGESCHNEIDERTE TEILE

Unsere Ingenieure arbeiten mit Ihnen zusammen, um die richtige Lösung für Ihre Anforderungen zu entwickeln. Wir produzieren dann das Teil durch unsere Weltklasse-Fertigung Werke, die auf Kaltumformung spezialisiert sind. Als führendes Unternehmen für kundenspezifische Befestigungselemente ist Optimas stolz darauf, die Teile und Befestigungslösungen zu entwickeln, die zu Ihrem Unternehmen passen.

TECHNISCHE TEILE

Wir arbeiten mit Ihnen und unseren zusammen globales Lieferantennetzwerk um die richtige Befestigungslösung für Ihre Anwendung zu entwickeln:

Schwere und leichte Schellen
Hydraulische und pneumatische Armaturen
Stifte, Lanyards und Stiftbaugruppen
Pulvermetall- und Metallspritzgussprodukte
Stanzteile

Wenn Sie mit Optimas zusammenarbeiten, arbeiten wir zusammen, um die beste Verbindungstechniklösung für Ihre Anforderungen zu finden.

OBERFLÄCHEN UND SEKUNDÄRE ARBEITEN

Wir können Sie bei der Spezifikation und Entwicklung von Beschichtungssystemen unterstützen, die Ihren Anforderungen in Bereichen wie Korrosionsschutz, Schmierfähigkeit und UV-Beständigkeit (z. B. Dip Spin, Electrocoat, Zinc und Topcoat) entsprechen. Unsere Design- und Engineering-Dienstleistungen können eine Vielzahl von Anwendungen abdecken.
Wir können Ihre bearbeiteten Komponenten durch Nachbearbeitungen wie Drehen, Schleifen, Bohren und Schaben führen
Als Erweiterung unserer Design- und Konstruktionslösungen bietet Optimas Kitting und Montage an, um die Arbeitskosten zu senken und die Effizienz zu steigern.

EXOTISCHE MATERIALIEN

Optimas bietet legierte Spezialwerkstoffe, die in Umgebungen mit hohen Temperaturen, Minusgraden, hoher Belastung und hoher Korrosion funktionieren.

DIES IST EIN MOMENTAUFNAHME UNSERES PRODUKTANGEBOTS

ENGINEERED FASTENERS FAQS

What are engineered fasteners?

Engineered fasteners are custom-designed fastening solutions developed to meet specific performance, assembly, and environmental requirements that standard hardware cannot support. These fasteners are engineered around factors such as load, vibration, temperature, corrosion resistance, and installation constraints to ensure reliable performance in demanding applications.

When should an engineered fastener be used instead of standard hardware?

A custom-engineered fastener should be used when off-the-shelf hardware cannot meet design, performance, or assembly requirements. This includes applications with unique load conditions, tight tolerances, challenging environments, secondary operations, or where part consolidation, efficiency, or long-term reliability is critical.

What types of engineered fastening solutions does Optimas offer?

Optimas provides a wide range of engineered fastening solutions, including custom-manufactured parts, clamps, fittings, pins, stampings, powder metal components, and metal injection molded products. Solutions are developed in collaboration with customers and supported by global manufacturing and supplier networks.

What industries use engineered fasteners?

Engineered fasteners are commonly used in industries with complex performance and assembly requirements, such as automotive, industrial equipment, heavy machinery, fluid power systems, and applications exposed to high stress, temperature extremes, or corrosive environments.

What manufacturing processes are used for engineered fasteners?

Custom-engineered fasteners may be produced using cold forging, stamping, powder metal processing, metal injection molding, and machining. The selected process depends on material requirements, tolerances, production volume, and functional performance of the part.

What secondary operations can be applied to engineered fasteners?

Secondary operations for engineered fasteners can include turning, grinding, drilling, shaving, and other machining processes. These operations help achieve precise tolerances, functional features, and surface finishes required for complex assemblies and performance-critical applications.

What finishes and coatings are available for engineered fasteners?

Engineered fasteners can be specified with a range of finishes and coatings to meet performance requirements such as corrosion resistance, lubricity, and UV protection. Common options include zinc coatings, dip spin, electrocoat, and topcoat systems tailored to the application environment.

Can engineered fasteners be made from specialty or exotic materials?

Yes. Engineered fasteners can be manufactured using specialty alloyed and exotic materials designed to perform in high-temperature, sub-zero, high-stress, or highly corrosive environments. Material selection is based on application demands and long-term durability requirements.

How does the engineering process work for custom fasteners?

The engineered fastener process typically begins with collaboration between engineers to understand application requirements, constraints, and performance goals. Designs are then developed, prototyped if needed, and manufactured using optimized processes to ensure consistency, quality, and scalability.

Can engineered fasteners help reduce assembly time and labor costs?

Yes. Engineered fasteners can be designed to simplify assembly, reduce part count, and improve installation consistency. Kitting and assembly services further support efficiency by minimizing handling, reducing labor costs, and improving overall production workflow.

Are engineered fasteners suitable for both light-duty and heavy-duty applications?

Engineered fasteners can be designed for both light-duty and heavy-duty applications. Performance is tailored through material selection, geometry, manufacturing method, and finishing to meet specific strength, durability, and environmental requirements.

What is the benefit of working with a single partner for engineered fastening solutions?

Working with a single engineered fastening partner streamlines design, manufacturing, and supply chain coordination. This approach reduces complexity, improves quality control, shortens development timelines, and ensures fastening solutions are aligned with overall system and assembly requirements.

Cookie	Duration	Description
li_gc	6 months	Linkedin set this cookie for storing visitor's consent regarding using cookies for non-essential purposes.
lidc	1 day	LinkedIn sets the lidc cookie to facilitate data center selection.
sp_landing	1 day	The sp_landing is set by Spotify to implement audio content from Spotify on the website and also registers information on user interaction related to the audio content.
sp_t	1 year	The sp_t cookie is set by Spotify to implement audio content from Spotify on the website and also registers information on user interaction related to the audio content.
VISITOR_INFO1_LIVE	6 months	A cookie set by YouTube to measure bandwidth that determines whether the user gets the new or old player interface.
ytidb::LAST_RESULT_ENTRY_KEY	never	The cookie ytidb::LAST_RESULT_ENTRY_KEY is used by YouTube to store the last search result entry that was clicked by the user. This information is used to improve the user experience by providing more relevant search results in the future.

Cookie	Duration	Description
_ga	1 year 1 month 4 days	Google Analytics sets this cookie to calculate visitor, session and campaign data and track site usage for the site's analytics report. The cookie stores information anonymously and assigns a randomly generated number to recognise unique visitors.
_ga_*	1 year 1 month 4 days	Google Analytics sets this cookie to store and count page views.
_hjSession_*	1 hour	Hotjar sets this cookie to ensure data from subsequent visits to the same site is attributed to the same user ID, which persists in the Hotjar User ID, which is unique to that site.
_hjSessionUser_*	1 year	Hotjar sets this cookie to ensure data from subsequent visits to the same site is attributed to the same user ID, which persists in the Hotjar User ID, which is unique to that site.
YSC	session	YSC cookie is set by Youtube and is used to track the views of embedded videos on Youtube pages.

Cookie	Duration	Description
__Secure-ROLLOUT_TOKEN	6 months	YouTube sets this cookie to manage feature rollout and experimentation. It helps Google control which new features or interface changes are shown to users as part of testing and staged rollouts, ensuring consistent experience for a given user during an experiment.
__Secure-YEC	past	Description is currently not available.
_fbp	3 months	Facebook sets this cookie to store and track interactions.
_gcl_au	3 months	Google Tag Manager sets this cookie to experiment advertisement efficiency of websites using their services.
bcookie	1 year	LinkedIn sets this cookie from LinkedIn share buttons and ad tags to recognize browser IDs.