Southern Machinery XG2000 T8 Lamp Auto Insertion System for THT Assembly

Manual THT insertion on T8 lamp driver boards is the quiet bottleneck that caps how much lighting volume a factory can bid for. Operators repeat the same small radial placements all day, fatigue drives misalignment, and solder defects climb with every extra hand. The XG2000 T8 Lamp Auto Insertion System turns that manual step into a repeatable, single-pass cell.

Why T8 lamp insertion breaks quality, capacity or cost

• Operators fatigue on repetition. Small radial components placed by hand drift in angle and depth, and the drift grows across a shift.
• Throughput caps your orders. Manual insertion limits how many boards a line can ship, so larger T8 batches go to competitors with automation.
• Placement variation creates defects. Inconsistent lead clinching raises solder-bridge and tombstone rates at wave soldering.
• Labor turnover disrupts lines. Training a new hand-stuffer back to speed costs cycles you cannot bill.

The Lamp Line Triage

1. Board and component review. Share the T8 driver or lighting PCB layout, the radial and odd-form parts involved, and target batch size so the cell is scoped correctly.

2. Feeder and fixture plan. Southern Machinery selects bowl or matrix tray feeding for radial parts and fixture-based handling for odd-form components, balancing the head count to your cadence.

3. Cell integration. The XG2000 is positioned between stencil printing and wave soldering as a standalone THT cell, or paired with radial and odd-form inserters for mixed production.

4. Run and tune. Clinch method, board handling and cycle time are set during commissioning, with operator training and remote diagnostics available afterward.

The Vehicle: how the XG2000 works

The XG2000 is a bench-style auto insertion machine purpose-built for T8 lamp PCBs. It automates the insertion of radial and odd-form through-hole components onto printed circuit boards, replacing manual placement that is slow, inconsistent and costly at scale. Boards are placed on a flat work holder or transport rail, components are fed by bowl feeder or matrix tray, the insertion head places and clinches leads in a single pass, and finished boards hand over to wave soldering for lead fixation. It supports fixture-based insertion of odd-form parts, reducing the need for manual pre-forming or special jigs, and it serves as a sensible entry point into automation for a fully manual THT line.

| Parameter | Specification |

| --- | --- |

| Machine type | Bench-style T8 lamp auto insertion system |

| Components | Radial components and odd-form through-hole parts |

| Feeding | Bowl feeder or matrix tray feeder |

| Insertion | Single-pass place and clinch |

| Clinch method | Front or rear clinching by process requirement |

| Board handling | Flat work holder or transport rail |

| Downstream | Wave soldering handover |

| Support | Spare parts, training, remote diagnostics |

Where it fits

The XG2000 is designed for floor-level integration with standard PCB assembly workflows. It can stand alone as a THT insertion cell between stencil printing and wave soldering, or it can be paired with other Southern Machinery THT equipment such as the S3010A radial inserter for mixed-production environments. For a lighting manufacturer, that means the driver board — with its electrolytic capacitors, inductors and fuse holders — moves from hand stuffing to a sequenced, supervised insertion station without rebuilding the whole line.

The ROI case

Manual THT insertion carries hidden costs: labour turnover, inconsistent solder-joint quality and throughput limits that constrain your ability to bid on higher-volume orders. Automating with the XG2000 reduces direct labour cost per insertion once the system runs stably, eliminates placement variation so every component is inserted to the same depth and angle, and improves first-pass yield by reducing solder-bridge and tombstone defects. Treat these as a planning benchmark to validate on your floor; for batches of 500+ units the payback depends on local labour cost and production cadence, and should be modeled against your current hand-stuffing cost before commitment. Re-evaluate the cell as your lamp mix changes, since new driver-board revisions often change the radial part count and therefore the head balance. That audit-and-improvement loop closes the gap between quote and reality.

Your next step

Speak with a Southern Machinery applications engineer to evaluate whether the XG2000 fits your T8 lamp or lighting PCB production requirements. Share your board layout, component list and target batch size to receive a configuration recommendation.

FAQ

What types of components can the XG2000 insert?

The XG2000 handles radial components with standard lead configurations; odd-form parts may require custom fixtures or feeders depending on body geometry.

Can it handle both T8 driver boards and generic THT PCBs?

Yes — the machine is configurable for different board sizes and component types, making it suitable for lighting, power supply and general electronics THT assembly.

Does the XG2000 require a special PCB design?

Standard THT PCB design rules apply; the board needs appropriately sized drill holes and pad diameters for the target components.

Can this machine be integrated into an existing SMT line?

Yes. The XG2000 can serve as a standalone THT cell or be integrated inline with SMT placement and wave soldering equipment.

Jason Wu

Founder & CEO, Southern Machinery (Shenzhen Southern Machinery Sales and Service Co., Ltd.)

Email: jasonwu@smthelp.com / info@smthelp.com

WhatsApp: +86 13602562576

Catalog & manuals: file.autoinsertion.com | Machine photos: ph.smthelp.com

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