Strong in Function. Stable by Design.
Spacer Sleeves:
Precision Spacing
for Your Assemblies
Our spacer sleeves ensure defined tolerance positioning, balanced load distribution and reliable dimensional stability – even in assemblies where durability and structural integrity are non-negotiable.
Defined Distance. Structural Stability.
What Is a Spacer Sleeve?
A spacer sleeve is a cylindrical component designed to create a defined distance between two parts within a mechanical assembly.
Its functions include:
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distributing forces evenly
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damping vibrations
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preventing overload conditions
Precision Beyond a Single Component
More Than Spacer Sleeves
Our portfolio comprises precision sleeves and bushings engineered to stabilise assemblies, reduce friction and perform reliably under demanding operating conditions.
Support Sleeves
Bearing Bushing
Collar Bushing
The Proven Process for Series Production
Cold Extrusion: For High-Volume Production of Precision Spacer Sleeves
High-volume spacer sleeves demand a process that delivers both speed and precision.
Cold extrusion combines maximum output with tight tolerances and consistent series reliability.
Dimensional Accuracy
High-Quality Surfaces
Material Utilisation
Consistent Quality
Durable Under Load
The result: spacer sleeves that improve the durability and long-term reliability of your assemblies.
Economically Advantageous
To Your Specification
Application-Specific Materials
Maintain Distance, Secure Function
Where Our Spacer Sleeves Perform
Oil Pans (Automotive)
Engines (Automotive)
Latches (Automotive)
Window Fittings
Customers Who Rely on Our Performance
Spacer Sleeves Built to Your Drawings
Let’s Bring Your Project into Production!
We analyse your specifications and define the most efficient and process-stable production concept for your spacer sleeves.
- Volker Wolf, Commercial Managing Director
Protect, Stabilise, Optimise
Spacer Sleeves: Small Components - System-Level Impact
Spacer sleeves are integral to many mechanical assemblies.
They maintain defined distances, stabilise connections and protect components from premature wear.
- Maintaining Distances: They ensure the exact distance between components – a prerequisite for correct mechanical function and dimensional stability.
- Increase Stability: By reinforcing and stabilising connections, spacer sleeves improve load distribution and structural integrity within assemblies.
- Damping Vibrations: In engines and machinery, spacer sleeves reduce vibration-induced stress – extending component life and improving system reliability.
- Preventing Wear and Tear: By preventing direct contact between components, they reduce friction, wear and the risk of material fatigue.
From Aluminium to Specialised Alloys
Materials Engineered for Your Application
Spacer sleeves can be manufactured from a variety of metals selected according to the functional requirements of your application.
Each material offers specific mechanical and physical properties suited to defined operating conditions:
- Aluminium: Lightweight with good strength-to-weight ratio – ideal for weight-sensitive assemblies.
- Steel: High strength and load capacity for demanding mechanical applications.
- Stainless Steel: Excellent corrosion resistance with high durability in aggressive environments.
- Copper: High electrical conductivity for electrically functional components.
- Brass: Good corrosion resistance and favourable sliding properties under mechanical stress.
- Special alloys: Application-specific materials tailored to defined mechanical, thermal or electrical requirements.
No Rule of Thumb. Only Precision.
Spacer Sleeves - Precision Without Compromise
Spacer sleeves are manufactured under defined process parameters and strict quality controls.
Each component is produced precisely to customer specifications — meeting required tolerances and defined material properties without deviation.
• Dimensional Stability within Defined Tolerances
• Consistent Wall Thickness (from 1.5 mm)
• High Resistance Under Mechanical Load
Secondary Operations. Post-Processing and Finishing.
Spacer Sleeves With or Without Thread
After cold forming, spacer sleeves can undergo additional finishing operations to meet specific functional requirements.
Targeted heat treatment enhances material strength and durability.
Internal and external threads are formed rather than cut — preserving material continuity, avoiding chip formation and increasing thread load capacity.
No Distance. Just Facts.
Technical Insights into Our Spacer Sleeves
For project-specific requirements, our engineering team is ready to assist.
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What Is a Spacer Sleeve?
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Where Are Spacer Sleeves Typically Used?
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Which Materials Are Used for Spacer Sleeves?
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What Functional Roles Do Spacer Sleeves Perform in Assemblies?
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What Are the Advantages of Cold Extrusion for Spacer Sleeves?
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What tolerances can be maintained when pressing the spacer sleeves?
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Can Support Surfaces Be Manufactured Flat?
Beyond Spacer Sleeves
Customised Components Engineered for Your Application
- Rivets: For permanent, mechanically secure joints.
- Bolts: For high-strength, reliable fastening solutions.
- Special Parts: Complex geometries engineered and cold-formed to your exact specifications.
More Output, Less Effort
Your Spacer Sleeves. In Expert Hands.
Let’s turn your specifications into reliable series components.
Our team supports you from initial consultation to finished production — precise, efficient and reliable.
– Volker Wolf, Commercial Managing Director / Sales Manager
