Unlock the power of advanced stroboscopic light technology with the Otoflash G171-6, a leading-edge post-curing system designed to optimize the performance and durability of photopolymeric materials. Its broad-spectrum (250-950 nm) and high-intensity light can cure virtually all 3D resins and light-cure composites, irrespective of the printer used, ensuring a lasting finish for a wide range of applications.

Key Features:

• High Intensity and Speed: Flash intensity is between 1,000 to 10,000 times higher than continuous exposure methods, allowing up to 10 times faster curing compared to traditional fluorescent tube devices.
• Broad Spectrum Coverage: Generates light wavelengths from 250 to 950 nm, ensuring activation of all common photo-initiators without the need for specific matching.
• Optional Nitrogen Connectivity: Enhance surface characteristics and reduce post-processing needs with optional nitrogen connectivity, a first in the industry.
• Simple and Effective Controls: Save time and hassle with user-friendly controls—select from two nitrogen programs, enter the number of flashes, and let Otoflash® handle the rest.

Safety and Maintenance:

• Equipped with safety features such as a polymerization chamber that only operates with a completely shut lid and inserted flash module.
• Features an air filter and dust filter that are user-serviceable with recommended regular maintenance for optimal performance.

Operational Ease:

• Digital timer control from 1 to 9999 flashes, adjustable via an intuitive keypad.
• Protective gas controls with LED indicators for operational status and gas flow assurance.
• Fast Curing Times: Capable of curing composite layers in just 30 seconds and completing a full cure in less than 90 seconds. Sets of splints, trays, guards, and guides can be cured in under 7 minutes.

Additional Accessories:

• Various holding trays are available, with or without UVB-block, to suit different material requirements.
• Consumables like the flash-module and air filter are designed for easy replacement.