Description
Product Overview
The Photon Forge is a professional 300W industrial-grade UV curing system delivering high-intensity ultraviolet output across three selectable wavelengths — 365nm, 395nm, and 405nm. Designed for resin 3D printing post-processing, PCB solder mask curing, UV adhesive bonding, nail art studios, and forensic inspection, this system achieves full-cure hardness in seconds rather than the minutes required by consumer-grade UV lamps. The large-format LED array ensures uniform irradiance across the entire curing bed, eliminating the hot spots and shadow zones that plague entry-level turntable-style curing stations.
Technical Specifications
| Specification | Detail |
|---|---|
| Total LED Power | 300W (60x 5W High-Power UV LED Chips) |
| Wavelength Options | 365nm (UV-A Long Wave), 395nm (UV-A), 405nm (UV-A Visible Edge) |
| Irradiance | Up to 120 mW/cm² at 10cm distance (365nm mode) |
| Curing Area | 280mm x 210mm x 180mm (11" x 8.3" x 7.1") |
| Timer Range | 1 second to 99 minutes (Digital Display) |
| Cooling System | Dual 80mm Forced-Air Fans + Aluminum Heatsink Array |
| Control Interface | Digital LED Display + 3 Preset Buttons + Rotary Dial |
| Power Input | AC 110-240V, 50/60Hz (Worldwide Compatible) |
| Safety Features | UV-Blocking Transparent Door, Auto-Shutoff on Door Open, Overheat Protection |
| Weight | 5.2 kg (11.5 lbs) |
| Dimensions | 340mm x 270mm x 240mm (13.4" x 10.6" x 9.4") |
Key Features
- 300W Multi-Wavelength Array: Select 365nm for deep-cure industrial adhesives (penetrates thicker resin layers), 395nm for standard SLA/DLP/LCD resin post-curing, or 405nm for dental composites and visible-light-cure materials. No need for three separate curing stations — one machine covers the full UV-A spectrum.
- Industrial-Grade Uniformity: The 60-LED array is arranged in a honeycomb grid pattern with overlapping beam angles, providing ±5% irradiance uniformity across the entire curing bed. Consumer turntable-style units can vary by 40-60% between the center and edges, leading to uneven curing and warped prints.
- Programmable Presets: Store three curing profiles (time + wavelength combination) for one-touch operation. Typical workflows: Preset 1 = 2min @ 405nm for standard resin, Preset 2 = 5min @ 365nm for engineering resin, Preset 3 = 30sec @ 395nm for UV adhesive tack.
- Active Thermal Management: Dual 80mm temperature-controlled fans with a finned aluminum heatsink array keep LED junction temperatures below 65°C even during continuous 30-minute curing cycles. Overheating LEDs lose output intensity and shift wavelength — active cooling preserves both irradiance and spectral accuracy.
- Safety-First Design: The UV-blocking transparent door (OD4+ attenuation at 365-405nm) allows visual monitoring of the curing process without UV exposure. A magnetic door sensor automatically cuts LED power if the door is opened during operation.
Application Guide
| Application | Recommended Settings | Expected Cure Time |
|---|---|---|
| Standard Resin 3D Print Post-Curing (Anycubic, Elegoo, Phrozen) | 405nm, High Power | 2-5 minutes |
| Engineering / Tough Resin (Siraya Tech, 3D Resin Solutions) | 365nm, High Power | 5-10 minutes |
| Dental Model Resin (KeySplint, NextDent) | 405nm, Medium Power | 3-5 minutes |
| UV Solder Mask Curing (PCB Fabrication) | 365nm, High Power | 30-60 seconds |
| UV Adhesive Bonding (Glass, Acrylic, Metal) | 395nm, Medium/High | 10-30 seconds |
| Nail Art / Gel Curing | 395nm, Low Power | 30-60 seconds per coat |
| Forensic Fluorescence Inspection | 365nm, Continuous On | Inspection only (non-curing) |
Frequently Asked Questions
Q: What is the difference between 365nm and 405nm for resin curing?
A: 405nm is the standard wavelength for consumer photopolymer resins and matches the LCD screens in most MSLA printers. It cures quickly but primarily affects the surface layer. 365nm penetrates deeper into the resin due to shorter Rayleigh scattering, achieving more thorough cross-linking throughout thick or opaque parts. For engineering-grade resins that specify dual-wavelength post-curing, running a 405nm cycle followed by a 365nm cycle produces the highest mechanical strength.
Q: How does this compare to the Anycubic Wash & Cure or Elegoo Mercury?
A: Consumer wash-and-cure stations typically use 36-48W of LEDs arranged in a small circular pattern with a rotating turntable, achieving curing times of 5-15 minutes per side. The Photon Forge's 300W array cures in 2-5 minutes with no rotation needed, and the uniform honeycomb array eliminates the need to flip prints mid-cycle. For production environments running continuous batches, this translates to 3-4x throughput improvement.
Q: Can it run continuously for production use?
A: Yes. The active cooling system is rated for continuous duty cycles. The 60 LEDs are derated to 80% of their maximum junction current, extending lifespan to an estimated 20,000+ hours before output drops below 70% of initial intensity.
Q: Is the UV-blocking door really safe?
A: The door is made of UV-filtering acrylic rated at OD4+ across 350-420nm, attenuating over 99.99% of incident UV radiation. The magnetic interlock cuts power in under 50ms if the door opens. However, as with all UV equipment, we recommend wearing UV-blocking safety glasses (not included) as a secondary precaution during prolonged use.
Light Is Not Just Illumination. It Is a Tool of Precision.
In a world that moves at the speed of electrons, the craftsman still needs one thing above all: control. Whether you're curing resin for a microel
Frequently Asked Questions
What wavelengths does this unit support?
Triple-wavelength compatibility: 365nm, 395nm, and 405nm LED arrays, each independently selectable. 365nm provides deepest cure penetration for thick adhesives and dental resins. 395nm is the workhorse for industrial UV adhesives and coatings. 405nm handles surface-cure applications and UV printing inks.
What is the effective curing area at 300W?
At the standard 20cm working distance, the effective irradiation zone is approximately 200mm × 200mm with <5% intensity variation across the field. The multi-LED array design eliminates the hotspot/bullseye pattern common in single-COB UV sources. For larger workpieces, the modular mounting pattern allows ganged operation across conveyorized production lines.
How does the cooling system work?
Dual axial fans with aluminum heatsink array — active forced-air cooling, not passive convection. Thermal sensors on the LED board auto-throttle output if junction temperature exceeds 75°C. In continuous 300W operation at 25°C ambient, the system maintains stable output indefinitely. For 24/7 production environments, an auxiliary coolant port accepts standard 8mm tubing.
Can this cure UV resin for 3D printing post-processing?
Yes, and it's overkill in the best way. Most hobby-grade UV curing boxes output 40-60W. At 300W with selectable wavelengths, this unit fully cures a 150mm resin print in approximately 90 seconds — versus 5-8 minutes in consumer boxes. The even field distribution also eliminates the need to rotate parts mid-cure.
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