ASSEMBLY & INTEGRATION

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Precision Mechanical
Assembly for OEM
Production

We bring fabricated, machined, finished, and specified hardware components together into full build-to-print mechanical assemblies and subassemblies for high-tech OEMs.

Providing in-house mechanical assembly alongside our fabrication, CNC machining, welding, and finishing operations shortens your timelines, removes headaches, and keeps your projects running smoothly so that you end up with a fully assembled product.

More Than Individual Parts

Your fabricated panel or machined bracket is likely part of a larger OEM build. Let Teltron take ownership of your subassemblies or full mechanical assemblies. Just give us your drawings and requirements then sit back and relax.

Examples projects:

  • Sheet metal enclosures and housings

  • Chassis and panel assemblies

  • Fabricated mechanical subassemblies

  • Assemblies combining machined and fabricated components

  • Hardware-installed brackets, panels, and related components

  • Components prepared for a customer's next production stage

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We will review your drawings, geometry, hardware, finishes, and assembly requirements to help you define the scope, timeline, and cost.

Mechanical Integration Built Around Your Requirements

Fit, alignment, hardware placement, and finishing all matter when individual manufactured components are going into a completed assembly.

Mechanical Fit-Up & Fastening

Joining, fastening, and fitting together fabricated and machined components to your specifications, we ensure mechanical fit and function.

Hardware Sourcing & Installation

If you have specified hardware and component interfaces, we can review your bill-of-materials, and take care of additional sourcing and installation.

Finished-Part Coordination

We take into consideration your requirements for coating, masking, mating surfaces, and mounting features before final mechanical assembly.

Program-Specific Extras

When your project requires specialized marking, labeling, or packaging, we can take care of those details too.

INTEGRATED MANUFACTURING

Fewer Suppliers.
More Completed Builds.

Managing fabrication, machining, coating, and assembly through separate vendors creates opportunities for missed details that result in costly reworks. Teltron brings these operations together and takes ownership from the start, so you have less to worry about.

That means:

  • Fewer outside supplier interfaces

  • Less transfer of components between vendors

  • Simpler coordination when requirements change

  • Earlier consideration of downstream fit and finishing needs

  • Greater visibility across manufacturing processes

  • One partner responsible for more of your completed build

Manufacturing in MA Teltron Manufacturing illustration

Fabrication → CNC Machining → Welding → In-House Finishing → Mechanical Assembly → Successful Delivery →

Fabrication → CNC Machining → Welding → In-House Finishing → Mechanical Assembly → Successful Delivery →

Our goal is to deliver components that are closer to the state your production team needs so you have less chasing to do.

QUALITY & INSPECTION

Ensuring Quality from Start to Finish

A component can meet the print and still cause fit-up problems during assembly. Our team considers mechanical interfaces against your acceptance requirements throughout the build.

Before assembly

We review your drawings and requirements to verify all critical manufactured features.

During assembly

We check fit, alignment, installed components, and finishing on critical surfaces.

At completion

We perform appropriate visual inspection of the finished mechanical assembly as defined.

Using CMM inspection, we verify that your fabricated and machined components meet requirements and create whatever documentation we establish at the start of the project.

REPEAT PRODUCTION

Consistency Across Recurring Builds

A successful first assembly establishes the starting point. Recurring OEM production requires consistent fit-up, installed-hardware placement, finished-part condition, and coordination between manufacturing steps.

That means:

  • NPI and early-production assemblies

  • Bridge and initial production builds

  • Low- to mid-volume recurring mechanical assemblies

  • Repeat fabricated-and-machined subassemblies

  • Programs requiring finishing before final assembly

  • Programs that develop into ongoing production demand

Manufacturing in MA Teltron Manufacturing illustration

These needs arise across semiconductor equipment, robotics and automation, industrial equipment, and other high-tech OEM markets.

Fabrication Shop in MA near Boston

REPEAT PRODUCTION

Built for Multi-Process OEM Programs

Teltron is best suited for OEM programs requiring multiple manufacturing disciplines and practical mechanical assembly within one coordinated production scope.

Best-fit programs:

  • Equipment enclosures and chassis containing fabricated and machined components

  • Mechanical subassemblies with specified hardware and finished surfaces

  • NPI or bridge builds expected to transition into repeat production

  • Low- to mid-volume OEM programs with recurring demand

  • Manufacturing packages currently divided between fabrication, finishing, and assembly suppliers

Manufacturing in MA Teltron Manufacturing illustration
Fabrication Shop in MA near Boston

These needs arise across semiconductor equipment, robotics and automation, industrial equipment, and other high-tech OEM markets.

Have a Multi-Process Build?

Send us your drawings, bill of materials, quantities, assembly requirements, and production timeline. We'll review the complete manufacturing scope and determine where Teltron can support your program—from individual components to completed mechanical subassemblies.

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Fabricated Sheet Metal Components