Automate RF & Microwave Connector Assembly — SMA/SMB to 174/RG58

Lanneas builds precision automation for high-frequency, miniaturized coax: SMA/SMB antenna assembly, 174/RG58 center-pin riveting and RF connector crimping. Hold ±0.01 mm repeatability at 500–800 pcs/h with full MES-ready traceability — protecting return loss, VSWR and yield on every part.

±0.01 mm repeatability 500–800 pcs/h MES / OPC-UA ready
RF antenna and coaxial connector automation at Lanneas
±0.01mm
Crimp / rivet repeatability
500–800
pcs/h throughput
≥98%
Typical line yield
1-Day
Engineering response
The RF Pain Points We Solve

Why Manual RF Connector Work Falls Short

At GHz frequencies, a few microns of inconsistency shows up as signal loss. Manual processes struggle to keep up with miniaturized, high-mix coax production.

Crimp inconsistency hurts signal

Variable force and concentricity degrade return loss and VSWR — failures only surface at final test or in the field.

Center-pin welding is operator-dependent

Hand soldering 174/RG58 center pins is slow and uneven; rework eats margin on low-volume, high-mix runs.

No traceability

Without per-cycle data, RF/defense and 5G supply chains cannot prove process control or recall root cause.

RF Automation Lineup

Equipment for Every RF Connector Process

Each machine links to a dedicated product page with full specs. Combine them into a turnkey line.

High-Demand Series

RP-SMA Connector Assembly — Factory Automation

RP-SMA (Reverse Polarity SMA) is one of the most frequently requested connector series in our RF automation projects. Commonly used in WiFi routers, IoT devices, LoRa modules, drone antennas and wireless communication equipment.

Why RP-SMA Needs Automation

RP-SMA connectors have tight dimensional tolerances (center pin protrusion must be within ±0.05 mm) and require precise crimp force control. Manual assembly leads to:

  • Inconsistent pin height → VSWR failures at RF test (15–25% scrap rate typical)
  • Over-crimped shells → connector damage or poor retention
  • Slow throughput (manual: ~40–60 pcs/hour vs. automated: 400–800 pcs/hour)

Our RP-SMA Automation Solution

A dedicated RP-SMA production cell that handles the complete assembly flow:

  1. Center-pin insertion & riveting/welding — auto-feed pins, vision-guided positioning
  2. Dielectric (Teflon) insertion — controlled depth to set impedance
  3. Shell crimping — servo press with closed-loop force monitoring
  4. Retention & pull-force test — 100% inline verification
  5. Vision inspection — pin height, shell alignment, cosmetic check

Result: >98% first-pass yield, 500–800 PPH capacity, full traceability per serial number.

Where It's Used

RF Automation Across Demanding Industries

Stabilize Your RF Connector Yield?

Send us your connector type, target throughput and quality standard. Our engineers recommend the right machine or turnkey line within one business day.

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FAQ

Common Questions About RF Connector Automation

Which RF connectors can Lanneas automate?+
SMA, RP-SMA, SMB, SMC, BNC, TNC, F-type, MCX, 174, RG58, GPS and other coaxial/microwave connector families, plus RF wire-harness twist-pin crimping. RP-SMA is our most frequently automated series for WiFi/IoT antenna factories. Share your drawing or sample and we validate fit, then store a per-part recipe.
Why automate RF connector assembly?+
High-frequency performance is sensitive to crimp consistency and center-pin concentricity. Automation holds ±0.01 mm repeatability, removes manual variability and logs every cycle for traceability — directly protecting return loss and VSWR.
Does the equipment support MES / traceability?+
Yes. Force curves, counts and per-cycle records export via MES / OPC-UA for full traceability across 5G, aerospace and defense supply chains.
Can you build a custom RF automation line?+
Yes. Beyond standard machines we deliver custom turnkey lines based on self-developed patents and your specific RF process.