UV Curing Lamp - Zosika AKL-210PHA · Replacement for PHOENIX SM-V-ML210A01
DC 210W · Fiber-optic light guide compatible · Plug-and-play.
Key Specifications Comparison
| Item | Zorsika AKL-210PHA | PHOENIX SM-V-ML210A01 |
|---|---|---|
| Light Source Type | Short-arc metal halide lamp | Short-arc metal halide lamp |
| Rated Power | DC 210W | DC 210W |
| Output Method | Fiber-optic light guide compatible (requires a light source unit) | Fiber-optic light guide compatible, cold-light output |
| Average Lifetime | Approx. 2,000 hours | Approx. 1,500 hours |
1. Specifications Benchmarked to the Original — Same-Grade Replacement Without Barriers
Power, output method, and interface specifications match the SM-V-ML210A01, and the optical output matches the original standard. After replacement there is no need to recalibrate light intensity, so line changeover carries zero learning cost.
2. Fiber-Coupled Design — Cold Light with Low Thermal Radiation
The lamp body and reflector are packaged as one unit, and the light is concentrated and delivered through a fiber-optic light guide. Thermal radiation in the working area is low, making it suitable for close-range illumination near samples, lenses, and sensors, and convenient for optical-path layout and interference shielding.
3. Short-Arc Structure — A Near-Point Source That Couples Easily
Short-arc discharge technology keeps the arc extremely short, with concentrated light that is easy to collect and collimate. Combined with a reflector, it enables efficient coupling into a fiber — an ideal point-source solution for precision optical systems.
4. Supply and Cost Advantages of a Domestic Alternative
Compared with the imported original, the AKL-210PHA has ample stock and controllable lead time, with a per-lamp cost significantly lower than the OEM. It suits batch replacement on lines with multiple machines and frequent lamp changes. As an authorized agent of PHOENIX Japan, Zorsika maintains long-term cooperation with the original supply chain, with assured quality.
Mainstream Application Scenarios
- ▪ Display panel industry: LCD/OLED panel appearance defect inspection, Mura inspection, and lamination bubble identification
- ▪ Optical component inspection: defect and coating-uniformity inspection of lenses, prisms, and filters; coaxial light with vertical illumination removes specular reflection
- ▪ Semiconductor & Precision Electronics: wafer surface inspection, IC package appearance inspection, and PCB/FPC solder-joint AOI
- ▪ Machine vision / microscope illumination: AOI camera light sources, microscope coaxial/oblique illumination, and spectral calibration
- ▪ Light visible-light assisted curing: visible-light auxiliary exposure stations on small curing equipment (note: this product is predominantly visible light and is not intended for high-power UV primary curing; please confirm applicability against the spectral requirements of the end curing machine)