Telecommunications Manufacturing
Precision components and assemblies for telecom infrastructure and RF systems — routed in-house or through certified Canadian partners.
ISO 9001:2015
Made in Canada
Years of Experience
Satisfied Customers
Overview
Telecommunications infrastructure demands tight-tolerance machining and signal-grade finishing. Pearson Manufacturing supports these programs with a hybrid fulfillment model — routing work to the best-fit path (in-house or via vetted Canadian partners) while keeping QA, documentation, and communication under one roof.
Quick Specs
| Workstream | Best For | Speed | Notes |
|---|---|---|---|
| Prototype RF | Trials, filter blocks, housings | Fast | Quick-turn + iterative DFM; flexible finish options |
| Production RF | Waveguides, split housings | Medium | Jigs/fixtures, serialization, plating build control |
| Racks & Panels | Chassis, trays, brackets | Medium | Sheet-metal efficiency; PEM hardware & labeling |
| Field Mounts | Masts, frames, shelters | Fast | Outdoor coatings + gasketing, sealed hardware |
Capabilities We Provide Access To
- CNC milling/turning of RF waveguides, filter/cavity blocks, and connector housings
- Copper/brass machining for signal paths; aluminum split-housing alignment with dowels
- Sheet-metal racks, panels, brackets, and cable trays with PEM hardware installation
- Precision turning for antenna mounts, hubs, and coax/adaptor hardware
- Weldment fabrication for outdoor frames, cabinets, and shelter accessories
- Gasket grooves, O-ring seals (AS568), and EMI/grounding features
- Laser marking/engraving, serialization, and panel graphics
- Kitted assembly, torque specs, and functional/mechanical fit checks
DFM & RF Tips
- Account for plating/anodize build on RF bores and sealing faces; specify mask areas for threads/fits.
- Use dowel pins and matched split lines for cavity housings to maintain path alignment and seal integrity.
- Call out product-contact or signal-path surface finish (e.g., ≤0.8 µm Ra) and any post-finish lapping needs.
- Define gasket or O-ring specs (material/durometer) and groove dimensions to IP/NEMA targets.
- Prefer generous bend radii and common hole patterns in sheet-metal to reduce cost and improve EMC continuity.
- Identify critical datums for connector centerlines and antenna interfaces; specify TIR/runout where needed.
We’ll review your model/drawing, finish masks, gasket specs, and inspection list, then confirm achievable specs and the right routing (in-house or partner) before kickoff.
Why Partner with Pearson?
- Hybrid routing: in-house builds or certified Canadian partners under one QA umbrella
- RF-aware machining/finishing guidance to protect signal integrity
- Repeatable fixtures and serialization for production change parts
- Consolidated documentation: certs, inspection, and plating records
- Coordinated logistics and labeled kitting for fast builds and installs
Equipment Used In-House or By Our Partners
- 5-axis CNC mills and multi-axis lathes with small-tool capability
- Swiss/deep-hole turning (by routing) and precision drill/tap centers
- Sheet-metal lasers, press brakes, PEM insertion & fixture tables
- TIG welding cells and modular fabrication tables for frames
- Anodize, chem-film, electroless nickel (by routing); EMI coatings
- CMMs, optical inspection, and custom RF test fixture development
Typical Telecom Applications
- RF waveguides, filter/cavity housings, and antenna connector blocks
- Rackmount chassis, faceplates, card guides, and internal trays
- Coaxial flanges, adaptor brackets, clamps, and strain-relief hardware
- Outdoor frames, masts, cabinets, and sealed shelter accessories
- Signal conditioning and power distribution enclosure parts
- Calibration fixtures, alignment plates, and test jigs
Telecom FAQs
Is all telecom work completed in-house?
We operate a hybrid model: some components are built at our Ontario facility, others via vetted Canadian partners. Pearson manages quoting, QA, finishing, assembly, and logistics end-to-end.
Can you meet RF tolerance and finish specs?
Yes — we routinely hold tight tolerances on microwave paths and can provide CMM/optical reports, flatness/runout checks, and finish certificates as required.
Which finishes do you support for telecom?
Chem-film (Alodine), anodize/hardcoat, passivation, and electroless nickel are common. We can coordinate conductive/EMI coatings and masking for threads/fits.
Do you build racks and sheet-metal assemblies?
Yes. We fabricate panels, trays, and bracketry with PEM fasteners, labeling, and kitted hardware for rapid integration.
How should I scope my RFQ?
Include CAD + PDF with GD&T, material/finish, masked areas, surface roughness targets, gasket/O-ring specs, inspection list, and schedule. Start your telecom quote — include materials, finish masks, surface roughness, gasket specs, inspection list, and schedule.
Ready for Precision Telecom Parts?
Share your drawings and finish targets — we’ll route to the right process path and return a fast, detailed quote.
Request a Telecom Quote