Introducción
El Axial Feeder K-Type is designed for high-speed automatic insertion lines, it delivers taped axial-lead components — resistors, diodes, fuses and jumpers — to the insertion head with consistent, repeatable positioning, cycle after cycle. Built around a rigid, low-vibration chassis, the K-Type treats feeding accuracy as a controlled process parameter, not an afterthought. From the first reel of the morning shift to the last, every component arrives centered, oriented and ready for clean, defect-free insertion.
At the heart of the K-Type is a precision-machined feed track with hardened guide surfaces that protect component leads from bending and scratching. Feed pitch and body span adjust quickly to cover a wide range of component sizes, while positive lead-guidance geometry keeps every part aligned even at maximum cycle rates. Adjustments are tool-free and repeatable, with clear reference scales that make documented setups easy to reproduce from job to job. An optimized feed sequence minimizes vibration and virtually eliminates jamming, and ESD-safe contact surfaces protect sensitive devices throughout the feeding process.
The result is measurably better process control: fewer misinsertions, less rework and higher first-pass yield. The K-Type integrates seamlessly with leading axial insertion machines, installs in minutes and holds its calibration over long production runs, so engineers spend their time optimizing output rather than adjusting hardware. For plants where quality is the brand promise, the Axial Feeder K-Type turns component feeding from a weak link into a competitive advantage.
Axial Feeder K-Type
One Station, Every Format: The Axial Feeder K-Type for Mixed Through-Hole Production
El Axial Feeder K-Type sequences, orients, and presents leaded components to a through-hole insertion spindle. Strip-feed and bulk-bowl loading are interchangeable per format, accepting axial resistors, axial capacitors, axial chokes, and leaded indicator LEDs. Strip width, inter-component pitch, lead diameter, and component body diameter are configured by recipe parameters. Closed-loop drive control damps torque transients across reels, sticks, and bulk bowls without re-homing the station.
The strip-guide channel machined to nominal reel geometry suppresses tape skew and component rotation at the source. Lead-forming die and cut-blade modules sit beside the escape track for inline changeover without halting the downstream spindle. A vision station reads body diameter and color-band code while a downstream laser micrometer cross-checks lead pitch and standoff. Parts flagged outside the acceptance window are shunted before the spindle spends a stroke.
The feeder fits insertion stations at electronics factories where residual through-hole content is still mixed onto SMT-dominant boards. It is best applied to leaded components common at the cassette window — rectifier diodes, electrolytic capacitors, common-mode chokes, indicator LEDs. Across shifts the unit absorbs multi-format back-to-back runs without re-homing between reels, sticks, and bulk bowls. End-of-life feeder modules return to inventory for redeployment onto successor product families on the same insertion station.
Presupuesto
| Modelo | YN-A2101 | YN-A2208 |
| Dimensiones (Length * Width * Height Unit: mm) |
570×90×140mm | 570*127*150mm |
| Peso | 8.5KG | 14KG |
| Operating Voltage | DC 24V | |
| Air Supply Required | None | |
| Maximum Current | 3A | |
| Feeding Speed | 1.5–2 s/Pcs | 2.5–3 s/Pcs |
| Drive Mode | Purely Electric | |
| Panel de operaciones | 0.96″ TFT Color ScreenResolution: 80×160 pixels | |
| Material Lifting Error | ±0.4mm | |
| Applicable Tape Width | 60–66mm | 63-90 mm |
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