Introducción
The YT-7000 THT Eyelet Insertion Machine is engineered around a rigid press frame that absorbs insertion reaction forces without transmitting vibration to the workpiece. A hardened steel anvil supports the board underside directly beneath the insertion point, localizing the mechanical load and preventing board flex that compromises nearby solder joints. This anvil-press pairing is adjustable for board thickness, maintaining proper support geometry regardless of substrate type.
Component changeover on the YT-7000 THT Eyelet Insertion Machine follows a tool-less workflow for the primary contact surfaces — press tip, guide bushing, and feed rail. This design choice reflects the reality of production floors where eyelet specifications shift between job orders, sometimes within the same shift. The machine stores parameter presets for frequently used eyelet configurations, recalling press depth, feed timing, and speed settings at operator selection, which reduces setup variance between different operators running the same batch.
The broader case for dedicated eyelet insertion equipment becomes clearer when examining PCB failure modes at the assembly level. Loose or partially seated eyelets create intermittent grounding, unreliable mechanical anchoring, and premature wear at connector interfaces — problems that escalate as board complexity increases. The YT-7000 THT Eyelet Insertion Machine removes this failure category by delivering insertion force within a controlled window, verified per cycle. Manufacturers producing boards for telecom backplanes, industrial motor drives, and energy storage systems benefit directly from the reliability gain, as these applications demand sustained mechanical performance across years of thermal cycling and vibration exposure.
YT-7000 THT Eyelet Insertion Machine
THT Eyelet Insertion Machine Applications in Telecom Electronics Factories
El YT-7000 THT Eyelet Insertion Machine addresses the specific demands of telecom PCB assembly through a focused mechanical design. Each insertion cycle begins with the vibratory feeder orienting and delivering an eyelet to the staging gate, where a proximity sensor confirms component presence. The press head then picks up the eyelet and drives it into the board under controlled force, while the underside anvil provides localized support that prevents board deflection. This force-isolated architecture means that even when eyelets are positioned near edge connectors or dense BGA packages — common layouts in telecom switch and router boards — the surrounding components remain mechanically undisturbed.
Changeover flexibility is built into the machine’s tooling design. The press tip, guide rail insert, and anvil block swap out as matched sets, sized to the eyelet specification required for the current production batch. Because telecom factories often run multiple product variants within a week, this quick-change capability keeps the machine productive across different board designs rather than idling during lengthy retooling. The control interface stores parameter recipes for each eyelet configuration, so operators recall proven settings rather than tuning the machine from scratch for each batch.
The market case for the THT Eyelet Insertion Machine in telecom manufacturing rests on measurable quality improvement. Manual eyelet insertion produces variable results that quality teams catch at inspection — or worse, that field service teams catch after deployment. Each reworked board or field return carries costs that multiply across production volume. The machine converts eyelet insertion from a manual, operator-dependent step into a repeatable, documented process with consistent force application and cycle verification. For telecom equipment manufacturers supplying carriers and network operators with strict reliability SLAs, this shift from variable to controlled insertion directly supports warranty cost reduction and customer confidence in long-term product performance.
PCB Eyelets
Presupuesto
| Modelo | YT-7000 |
| Dimensiones totales | 2080 mm (largo) × 1230 mm (ancho) × 1600 mm (alto) |
| Peso | 1 000 kg |
| Aire | 6 ± 0,5 kg/cm² (consumo de aire: 656 N/min) |
| Fuerza | 220 V CA, monofásica, 50/60 Hz, 1,4 kW |
| Ruido | 80 dB |
| Operating Environment | 5-40 u |
| Humedad | 10-90%RH (se puede utilizar siempre que no haya partículas de cristal en el aire) |
| Requisitos relativos al entorno | Sin gases corrosivos |
| Dimensión de desplazamiento del banco de trabajo | X 680 mm, Y 370 mm multidireccional; X 580 mm, Y 370 mm bilateral |
| Velocidad de desplazamiento del banco de trabajo | 22,5 m/min |
| Placa de circuito impreso (PCB) | 490 × 350 (máx.) |
| Velocidad de taponado | 200 unidades/min |
| Tiempo de instalación de la placa de circuitos eléctricos | 4s |
| Componente insertado | Remaches comunes de 1,6-3,5 mm, remaches largos y remaches Lacerivet |
| Cantidad de tapones | 3 cabezales |
| Modo de corrección de agujeros | Según el sistema angular de la máquina |
| Sistema de control informático | Sistema operativo Windows |
| Sistema de visualización | Pantalla LCD en color de 17 pulgadas |
| Sistema de alimentación | Sistema de alimentación vibratorio de gran tamaño |
https://www.youtube.com/@allaismt
For more information about the YT-7000 THT Eyelet Insertion Machine, por favor envíe un correo electrónico a
Responderemos a su consulta a la brevedad y le proporcionaremos información detallada sobre nuestros productos y servicios.
