Introdução
O Máquina de inserção de rebites THT YT-7000 PCB Connector Rivet Automation System combines feeding insertion and clinching into a compact automated station designed for high mix production environments. A synchronized pick and place mechanism coordinates rivet pickup hole alignment and seating within a single machine cycle, delivering repeatable results independent of operator skill. The standard configuration covers the most common through hole connector sizes and board thicknesses found in volume production. Quick release rail guides and a tool free feeder dock allow operators to reconfigure the station in minutes when switching between product variants.
Performance highlights include an auto height sensing probe that measures actual board thickness before each cycle and adjusts the stroke accordingly, preventing both under insertion and board stress. The clinch verification module confirms each bent pin meets the required angle specification using a non contact laser check, flagging any marginal result for secondary inspection. A barcode scanning input links each board serial number to its insertion data record, supporting traceability requirements common in automotive and industrial supply chains.
Market adoption of automated Máquina de inserção de rebites THT YT-7000 is accelerating as labor availability tightens and quality expectations rise across telecom power supply consumer electronics and industrial automation sectors. Compared to semi automatic or bench top setups this system integrates what were separate handling steps into one station, reducing floor space and simplifying the assembly flow. The result is cleaner throughput with fewer defect escapes — a combination that strengthens both production margins and customer satisfaction without requiring additional headcount or floor footprint.

Máquina de inserção de rebites THT YT-7000
How THT Rivet Insertion Machines Apply Rivets in Various Industrial Applications
In power energy equipment the Máquina de inserção de rebites THT YT-7000 places heavy gauge tab terminals onto inverter control boards, feeding from reel tape and applying outward clinch patterns that maintain mechanical contact under high current loads. For industrial automation it inserts terminal blocks into sensor interface boards, picking from bulk supply and using inward clinching to secure connectors against constant vibration from nearby machinery. In telecom infrastructure the machine processes pin headers onto router backplane boards, coordinating rapid insertion cycles across rows of connectors with consistent seating depth. For automotive lighting modules it places compact terminals onto LED driver boards, feeding from tape reels and applying N shape clinching to hold components through temperature fluctuations.
O Máquina de inserção de rebites THT YT-7000 supports this range through a synchronized pick and place mechanism that coordinates rivet pickup hole alignment and seating within a single cycle, independent of operator skill. An auto height sensing probe measures actual board thickness before each insertion and adjusts the stroke accordingly, preventing both under insertion and board stress. The clinch verification module confirms each bent pin meets the required angle using a non contact laser check, flagging marginal results for secondary inspection. A barcode scanning input links each board to its insertion record, supporting traceability requirements common in industrial and automotive supply chains.
Demand for automated THT rivet insertion is surging across power energy industrial automation telecom infrastructure and automotive manufacturing as workforce shortages intensify and quality standards climb higher. The system merges feeding insertion and clinching into a single compact station, shrinking floor space requirements and streamlining the entire assembly workflow. Tighter throughput with fewer defect escapes boosts both production margins and customer satisfaction without increasing headcount or factory footprint.

PCB Rivets
Especificações
| Modelo | YT-7000 |
| Dimensão total | 2.080 mm (C) × 1.230 mm (L) × 1.600 mm (A) |
| Peso | 1.000 kg |
| Ar | 6 ± 0,5 kg/cm² (Consumo de ar: 656 N/min) |
| Poder | 220 V CA, monofásico, 50/60 Hz, 1,4 kW |
| Ruído | 80 dB |
| Operating Environment | 5-40 u |
| Umidade | 10-90%RH (pode ser usado desde que não haja partículas de cristal no ar) |
| Requisitos relativos ao ambiente circundante | Sem gás corrosivo |
| Dimensão de deslocamento da bancada de trabalho | X 680 mm, Y 370 mm (multidirecional); X 580 mm, Y 370 mm (bilateral) |
| Velocidade de deslocamento da bancada de trabalho | 22,5 m/min |
| Placa de circuito impresso (PCB) | 490X350Max |
| Velocidade de encaixe | 200 unidades/min |
| Tempo de instalação da placa de circuito elétrico | 4s |
| Componente inserido | Rebites comuns de 1,6 a 3,5 mm, rebites longos e rebites Lacerivet |
| Quantidade de plugues | 3 cabeças |
| Modo de correção de furos | De acordo com o sistema de ângulos da máquina |
| Sistema de Controle Computadorizado | Sistema operacional Windows |
| Sistema de exibição | LCD colorido de 17 polegadas |
| Sistema de alimentação | Sistema de alimentação vibratório de grande porte |

PCB Rivet
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