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Part Joining

Automated welding, fastening, riveting, and bonding that join parts consistently and reliably, backed by full lifecycle support.

What is Automated Part Joining?

Part joining is the step where two or more components become one, through welding, fastening, riveting, pressing, or adhesive bonding. Automating it brings consistent joint quality, repeatable placement, and documented results, which matters most where strength and reliability are critical.

At Integrion, we design joining processes around your materials, joint requirements, and volumes. Whether you need robotic welding, automated fastening, or precise adhesive bonding, we help you produce strong, consistent joints and verify them in the same cell.

Want to see what fits your joints? Talk to an engineer!

Our Part Joining Capabilities

Robotic Welding

Consistent, repeatable welds for strength-critical joints.

Automated Fastening & Screwdriving

Torque-controlled fastening with error-proofing.

Riveting & Clinching

Mechanical joining for sheet and structural parts.

Press-Fit & Insertion

Force-monitored insertion for reliable mechanical joints.

Adhesive Bonding

Precise adhesive application and cure for bonded assemblies.

In-Line Joint Verification

Vision and force data that confirm each joint is good.

From Single Joining Stations to Fully Verified Joining Cells

The right process depends on your materials, joint requirements, and volumes. We build across the full range:

Standalone joining stations automate one welding, fastening, or bonding step.

Multi-process cells combine several joining methods in one integrated station.

Verified joining cells add inspection and data so every joint is confirmed and recorded.

If you are not sure how to join your parts reliably, that is exactly the kind of conversation we like to have.

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Why Choose Integrion for Part Joining?

For more than 40 years, manufacturers have trusted Integrion to design, build, and program automation in-house. That vertical integration means single-source accountability, fewer handoffs, and on-time delivery.

We do more than build systems. We help you plan an automation roadmap, manage risk throughout the project, and support your equipment long after launch with a dedicated field service team. From complexity to confidence, we stay with you across the entire life of your system.

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40+ Years of Experience

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450+ Robotic Integrations

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In-House Design, Build and Integration

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Full Lifecycle Support

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Partnership Driven Approach

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Certified and Proven

Our Automation Process 

Every joining project follows a proven path built to reduce risk and keep your timeline on track. Because we design, build, and program in-house, you get one accountable team from first conversation to long-term support. It is how we move your project from complexity to confidence.

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Step 1: Consult & Assess
We learn your parts, volumes, and goals
Step 2: Concept & Design
We engineer a solution and show you the options and payback 
Step 3: Build & Integrate
We fabricate, assemble, and program your system in-house. 
Step 4: Validate & Commission
We prove out performance before it reaches your floor. 
Step 5: Support & Sustain
We keep your line running with service, spare parts, and support. 

Frequently asked questions

What is part joining in manufacturing?

Part joining is the step where two or more components are permanently or semi-permanently connected, through welding, fastening, riveting, pressing, or adhesive bonding. It is a core part of most assembly processes.

What joining methods can be automated?

Common automated methods include robotic welding, screwdriving and fastening, riveting and clinching, press-fit insertion, and adhesive bonding. We select the method and tooling to match your materials and joint requirements.

How does automation improve joint quality?

Automated joining applies the same force, torque, path, or material every cycle, which produces consistent, repeatable joints. Built-in monitoring flags a joint that falls out of spec before the part moves on.

Can joining results be recorded for traceability?

Yes. Torque values, weld data, and inspection results can be logged per part and tied into traceability systems, which is important in automotive, life sciences, and other regulated industries.

What drives the cost of an automated joining system?

Cost depends on the joining method, the number of joints, cycle time, material handling, and how much inspection and data you need. We scope each project to your goals so you can compare options and payback before committing.

Do you provide service and support after installation?

Yes. Our dedicated field service team offers preventive maintenance, troubleshooting, retrofits, spare parts, and warranty support to protect uptime across the full life of your system.

Let's Talk Through Your Part Joining Project!

A short conversation is the easiest way to figure out the right approach, with no pressure and no obligation. Tell us what you need to join and we will help you find the path from complexity to confidence.

Request a Consultation