The Heliopan 67mm Digital UV-IR Cut Filter has been specifically designed for use with digital cameras and blocks UV and infrared radiation in order to achieve greater color separation and more accurate color reproduction. By passing only the visible spectrum, digital capture is more accurate when photographing in artificial lighting conditions.

The front and rear surfaces of the filter both feature a single anti-reflection coating. Each coating helps to increase light transmission by reducing reflections, scattered light, and ghosting. Additionally, they offer protection to the filter substrate while helping to keep the glass clean for longer than uncoated glass.

This Heliopan filter is constructed from Schott glass for increased optical clarity and color fidelity. It features a brass filter ring for durability as well as jamming prevention.

Blocks IR and UV Radiation    Improved Color Separation and Accuracy    For Digital Imaging in Artificial Light    67mm Front Filter Threads    Front and Rear Coating    Schott Glass Construction    Brass Filter Ring

Blocks UV and IR radiation for improved color separation and accurate reproduction.

Specifically designed for digital imaging sensors when working under artificial lighting.

Single coatings on both the front and rear offer protection to the glass and help to improve light transmission and image quality.

Constructed from Schott glass for optical clarity.

Brass filter ring helps to prevent jamming and provides additional strength.

Dual threading with 67mm front filter threads permits combining with other filters.

Related Questions and Answers

Q: 1. Will the "commander" function on the Canon EOS Rebel SL3?

A: This unit is not compatible with a SL3.

Q: 2. its work with Nikon SB-5000 AF Speedlight?

A: When the Nikon SB-5000 AF Speedlight Flash is set for off-camera usage as an optical infrared receiver, yes, the Vello FWIRC-N FreeWave IR TTL Flash Commander for Nikon will work as a on-camera Commander to wirelessly control your flash.

Q: 3. Will this work with Neo Rotolight?

A: According to Rotolight, the Neo 2 does not have IR triggering capabilities, so the Vello FWIRC-C FreeWave IR TTL Flash Commander for Canon will not work with it. Since the Neo 2 has a sync port, it can be connected to and triggered by multiple brands of [radio] transmitter/receiver sets using a PC sync to 3.5mm cable.

Q: 4. Can I REMOTELY trigger both the shutter on my Canon R6 and fire the Canon 430EXII flash in Manual mode?

A: As long as you have a separate method to trigger your camera, you will trigger a flash setup using the Vello FWIRC-C FreeWave IR TTL Flash Commander for Canon. The Shutter release remote triggers the camera and the radio trigger in the hot shoe of the Canon R6 will fire any flashes that it has been connected to via the line of site ETTL communication method.

Q: 5. Is there any way to adapt this to the Sony A7R3 to be able to trigger the Nikon SB200 macro flashes?

A: Unfortunately there is not a way to adapt this for use with Sony multiinterface shoes.

Q: 6. have a d5100 and SB600Flash...will this Vello be compatible and trigger the SB600?without an additional receiver?

A: It is compatible with the SB-600. I've never used it with a D5100 so unable to confirm that.

Q: 7. Will this work with the sb200 flashes?

A: This commander can work with the Nikon SB-R200 flash and other Nikon flashes within the i-TTL system.

Q: 8. Does this function in the same way as a Nikon SU800? Or does it need a receiver to be mounted to your Nikon flash in order for it to work?

A: Yes, this product would function in the same manner as the Nikon SU-800. You just need to have a Nikon CLS compatible flash to receive the signal.

Q: 9. Does this work with nikon 7000 and sb 800 flash?

A: Yes, however if you utilize the flash control "Commander Mode" function of the D7000 you don't actually need it. Check your camera's user manual for more information.

Q: 10. I have a canon flash 600 would this work on it

A: Yes this flash commander can fire a Canon 600EX RT in optical slave mode.