Telecommunications CNC Machining
RF enclosures, heat sinks, antenna mounts, and telecom hardware manufactured to drawing-defined mechanical and inspection requirements.
Reviewed by PiPrecision Engineering Team on May 29, 2026
Overview
Mechanical Details that Support RF, Thermal, and Environmental Performance
PiPrecision machines drawing-defined features that support system performance; RF, thermal, and ingress-protection results require the customer or an agreed testing provider to validate the completed assembly.
- Conductive contact areas, channel walls, gasket grooves, cover flatness, fastener patterns, and sealing faces.
- Heat-sink fins, thermal-interface flatness and texture, cold-plate features, and mounting pressure distribution.
- Antenna mounts, phased-array backplanes, RF connector housings, transceiver housings, and waveguide-related mechanical parts.
- Thread masking, chromate conversion, anodizing, corrosion protection, and grounding points.
- Pressure, salt-spray, coating, RF, IP, or thermal test claims are scoped to the linked project and named test method.
Information Needed for an RF or Telecom Hardware Review
Send the mechanical drawing together with the assembly and finishing requirements that affect electrical contact, sealing, and heat transfer.
- Critical flatness, parallelism, datum, connector, PCB, cover, and gasket relationships.
- Finish specification plus masked conductive, threaded, sealing, and thermal-contact surfaces.
- Leak, ingress, corrosion, RF, or thermal testing responsibility and acceptance criteria.
- Material conductivity or traceability requirements, production volume, and inspection-report scope.
Documented Project Examples
Results below are specific to the linked project, part, volume, process, and inspection scope. They are not universal capability guarantees.
Engineering Resources
Use these guides to prepare drawings, tolerances, finish requirements, and inspection expectations before RFQ.
Capabilities
These are general, drawing-reviewed capabilities. The quotation confirms the applicable process, tolerance, inspection method, evidence, and any outside operation for the specific part.
5G base station housings, RF amplifier enclosures, satellite communication boxes.
Precision sealing surfaces, EMI gasketing integration, IP65+ ratings
Heat sinks with optimized fin geometry, cold plates for liquid cooling systems, thermal interface surfaces.
CFD-optimized designs, Ra 0.8 μm for thermal contact
Precision antenna brackets and mounts, phased array antenna backplanes, RF connector housings.
Tight tolerances for RF performance, corrosion-resistant finishes
Cellular manufacturing for telecom volumes, consistent quality for deployment reliability, scalable capacity.
Cpk ≥ 1.33, SPC monitoring, automated inspection
Chemical film (Alodine) for conductivity, anodizing for corrosion protection, chem film per MIL-DTL-5541.
Coordinated with certified finishers
Published dimensional and performance capabilities are indicative and subject to drawing review.
Current Certifications and Development Roadmap
Current certificates are listed first and link to the certificate on file. Targeted and planned standards are development goals and do not represent current certification.
| Certification | Status | Scope |
|---|---|---|
| ISO 9001:2015View certificate | Certified | General Quality Management |
| Development roadmap — PiPrecision is not currently certified to the standards below | ||
| IPC-A-610 | Targeted — not certified | Electronics Assembly Acceptability |
| NEBS Level 3 | Planned — not certified | Telecom Equipment Reliability |
Quality Processes
- First Article Inspection with full dimensional reports
- Surface finish verification on thermal interfaces
- Flatness and parallelism measurement
- EMI shielding effectiveness validation (coordinated)
- Environmental sealing verification
- Material certification and traceability
Materials We Work With
| Material | Grades | Applications | Notes |
|---|---|---|---|
| Aluminum | 6061-T6, 5052-H32, 5083-H111 | RF enclosures, heat sinks, brackets | Lightweight, good conductivity, anodizable |
| Copper | C11000 (ETP), C10100 (OFE) | RF connectors, bus bars, thermal components | Excellent conductivity, EMI shielding |
| Brass | C36000, C38500 | RF connectors, waveguides, hardware | Machinable, corrosion resistant |
| Stainless Steel | 303, 304, 316 | Outdoor enclosures, marine applications | Corrosion resistant, durable |
| Engineering Plastics | PEEK, PTFE | RF insulators, spacers, low-loss components | Low dielectric constant, RF transparent |
Applications We Serve
5G Infrastructure
- Base station RF enclosures
- Massive MIMO antenna components
- Small cell housings
- Power amplifier modules
Satellite Communication
- Ground station antenna mounts
- Satellite payload housings
- RF front-end enclosures
- Waveguide components
Fiber Optic Systems
- Transceiver housings
- Fiber management enclosures
- Splice tray components
- Connector precision parts
Broadcast Equipment
- Broadcast transmitter enclosures
- RF combiner/divider housings
- Antenna mounting systems
- Studio equipment racks
Project Gallery
Why Choose PiPrecision
- RF Performance Understanding: We understand that precision machining affects electromagnetic performance. Tight tolerances ensure proper shielding and impedance control.
- Thermal Optimization: Our design team can optimize heatsinks and thermal interfaces for your specific thermal requirements, validated through CFD analysis.
- High-Volume Reliability: Telecom infrastructure demands consistent quality at scale. Our processes deliver 50,000+ units/month with <0.5% defect rates.
- Environmental Protection: IP65, IP67 ratings achieved through precision machining of sealing surfaces. Your equipment survives outdoors.
- Rapid Deployment Support: 5G rollouts move fast. Our 2-week lead times and expedite options keep your infrastructure deployment on schedule.
Telecommunications Solutions
Get a customized quote for your telecommunications project.
Request QuoteLead Times
| Prototype | 2 weeks |
| Production | Confirmed after RFQ review |
| Expedite | 1 week |
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