Laminar app icon

Planetary imaging capture for macOS. Real-time frame quality analysis. SER video recording. Native on Apple Silicon.

Download on the Mac App Store

$34.99 · One-time purchase · Requires macOS 15 or newer and an Apple Silicon Mac.

Laminar planetary imaging software for macOS

Laminar is a native macOS planetary imaging capture application built for Apple Silicon. It records high-framerate video of planets, the Moon, and the Sun through your telescope as industry-standard SER files, compatible with AutoStakkert, Registax, PIPP, and SIRIL. Designed as a macOS alternative to Windows-only capture tools like FireCapture and SharpCap, Laminar provides real-time frame quality analysis, atmospheric seeing assessment, and automatic target tracking – features that help you confirm focus and conditions while you're still at the telescope. Laminar supports cameras from ten astronomy brands — ZWO, PlayerOne, QHY, ToupTek, SVBONY, Altair Astro, OGMA, RisingCam, MallinCam, and Omegon — making it the most broadly compatible planetary capture app on macOS. It also supports generic UVC devices through macOS AVFoundation, including iPhone Continuity Camera and USB webcams, for first-time planetary imagers who want to try the hobby with hardware they already own. Available on the Mac App Store for a one-time purchase of $34.99.

★ Only in Laminar

Weather & seeing conditions for planetary imaging.

Laminar detects your location at launch and fetches real-time weather data automatically—no API keys, no configuration. Two scores tell you everything: Conditions (0–100) evaluates cloud cover, humidity, and dew risk. Seeing (0–100) estimates atmospheric stability for sharp planetary detail.

At a glance, you'll know whether tonight is worth hauling equipment outside—before you commit to setup.

Conditions 85 + Seeing 70 = great night. Conditions 10 + Seeing 25 = don't bother.
85
Conditions
72
Seeing
Cloud Cover8%
Low Clouds (0–3km)0%
Humidity52%
Dew Risk (T-Td spread)8°C — Low
Seeing1.0–1.5\" Good
TransparencyGood

Real-time frame quality analysis.

The quality graph shows instantaneous sharpness (green), rolling average (yellow), and your session peak as you image. Use it as a live focusing aid: watch the yellow line as you adjust your focuser, and stop when it peaks.

Laminar helps you find the optimal focus position for your current seeing conditions. No more guessing. No more waiting until you stack to discover you were slightly off.

Frame Quality
Instant Average Peak

Automatic planet tracking keeps quality readings accurate.

Planetary targets move. SCT mirror shift during focusing, wind gusts, accidental bumps, or even the wobble from adjusting a rack-and-pinion focuser—any of these can push your planet out of a static analysis region.

Laminar automatically detects and tracks the planetary disk frame-by-frame. The Focus ROI follows the target, so your quality measurements stay accurate no matter what shifts the image.

For Moon and Sun imaging, switch to surface feature tracking—click on a crater or sunspot and Laminar locks onto that feature, monitoring focus on the detail that matters to you.

Works with targets from a small Mars disk to Saturn's rings, and from lunar craters to solar active regions.

Laminar auto focus tracking showing ROI following planetary target
★ Only in Laminar

Click and drag to frame your capture region.

Pick Custom… from the Capture Size dropdown and the camera switches to full sensor view. Click and drag anywhere on the preview to draw a rectangle. The draft stays put with eight resize handles and a numeric X / Y / W / H action bar — drag inside to slide it across the sensor, drag a handle to resize, or type exact pixel values. Every dimension snaps to your camera's actual alignment, so what you see is what gets captured.

Nothing touches the camera until you click Apply. Save the rectangle as a preset and it's one dropdown click away next session.

Especially useful for spectroheliograph imagers positioning a narrow strip on an absorption line, and for planetary recentering after seeing or mirror shift moves your target out of the previous ROI.

Narrow strips push the camera to four-digit frame rates — more frames to stack from, in the same session.

Native macOS planetary capture with Metal GPU acceleration.

Built in Swift and SwiftUI, Laminar is a true macOS-native app — not a port, not a wrapper, not an Electron shell. Every pixel is designed for the Mac, and every performance-critical path runs on Apple Silicon hardware.

GPU-accelerated Bayer demosaicing via Metal compute shaders — 10–50x faster than CPU processing. Live camera preview, quality analysis, and SER recording all run concurrently without dropping frames. This is what native performance looks like.

Laminar SER playback with quality analysis
Reviewing a captured SER file in Laminar's playback mode with full quality analysis and frame-by-frame navigation.

SER Video Recording

SER video recording, playback, and QuickLook preview.

Everything you need for serious planetary imaging on macOS.

SER Format with Metadata

Industry-standard SER video format with embedded timestamps, observer info, and telescope metadata.

RAW8 / RAW16

Capture in 8-bit or 16-bit raw for maximum dynamic range and compatibility with all stacking software.

Dynamic ROI

Set a region of interest to increase frame rates and reduce file sizes without cropping in post.

SER Playback & QuickLook

Review captured SER files with full playback controls, quality analysis overlay, and macOS QuickLook previews.

Microsecond Exposure

Set exposure with microsecond precision. Essential for bright targets like the Sun, where millisecond steps are too coarse to prevent saturation.

Per-Target Memory

Laminar remembers your exposure, gain, USB bandwidth, and sensor settings per target. Dial in Jupiter once — it’s exactly how you left it next session.

Zoom & Pan

Pinch to zoom and pan across the full-resolution live preview for precise focus evaluation.

Frame Drop Monitoring

Real-time monitoring of captured vs. dropped frames so you know your data is clean during capture.

Temperature Monitoring

Live sensor temperature readout from supported cameras, critical for thermal noise management.

Laminar lunar capture showing surface detail

One Tap, One Target

Pointed for Sun, Moon, and planets.

One-tap presets optimized for each target's size, brightness, and rotation rate.

Mercury
Venus
Mars
Jupiter
Saturn
Uranus
Neptune
Pluto
Sun
Moon

Switching from Windows?

How Laminar compares to FireCapture and SharpCap.

The most popular planetary capture tools, side by side.

FireCapture SharpCap Laminar
Platform Windows (Java, runs via Wine on Mac) Windows only macOS native (Apple Silicon)
GPU Acceleration No CUDA (Nvidia only) Metal (all Apple Silicon Macs)
Real-time Quality Graph No No Yes
Seeing Score No No Yes
Auto Target Tracking No No Yes
SER Recording Yes Yes Yes
Camera Support ZWO, QHY, Altair, TIS ZWO, QHY, Altair, TIS, ASCOM ZWO, PlayerOne, QHY, ToupTek, SVBONY + OEM brands, plus iPhone & UVC webcams
Filter Wheel Yes Yes Planned
Price Free (donation) Free / $20 Pro $34.99 (one-time)

FireCapture and SharpCap are excellent tools that have served the planetary imaging community for years. Laminar is built for Mac users who want a native experience without Wine, CrossOver, or Boot Camp.

One Ecosystem

From photon to archive.

The Mac Observatory Suite covers the entire planetary imaging workflow. Capture in Laminar, stack and sharpen in Strata, catalog in Meridian.

Laminar
Planetary Capture
You are here
Strata
Stack & Sharpen
Meridian
Deep Sky Archive

Swift & SwiftUI · Apple Silicon Native · Metal GPU · No Subscriptions

Compatible Cameras

10 astronomy brands. Plus the iPhone in your pocket.

Laminar supports the most popular planetary imaging cameras through direct SDK integration, plus generic USB cameras (including iPhone Continuity Camera) through macOS AVFoundation.

Fully Supported

ZWO ASI

All ARM64 USB models (SDK v1.41). Excludes Air / WiFi models.

Supported

PlayerOne

All models, including Mars-C, Neptune-C II, Uranus-C, Apollo-M Mini, and Sedna-M.

Supported

ToupTek Astro + OEM Brands

ToupTek Astro, Altair Astro, OGMA, RisingCam, MallinCam, and Omegon — all share the ToupTek SDK and run through the same backend.

Supported

SVBONY

SV305, SV305C PRO, SV505C, SV705C, SV605, SV905C, and the rest of the lineup.

Supported

Each vendor's SDK integration has been hardware-validated end-to-end. If you hit an issue on a specific model, send a diagnostic log export and we'll address it as a bug.

Beta — Pending Hardware Validation

QHY

QHY5III planetary series (V1 and V2), QHY268, QHY600, QHY533, QHY294, and more. Backend is architecturally complete; first hardware session pending.

Beta

Celestron

NexImage 5 and NexImage Burst connect through Laminar's UVC pipeline. Code path is in place but we haven't validated against Celestron hardware directly. If you own one, send a diagnostic log.

Beta

Try It With What You Have — UVC Devices

iPhone Continuity Camera & USB webcams

Through macOS AVFoundation, Laminar captures from any UVC device — your iPhone over Continuity Camera, a USB webcam, or a UVC-class astronomy camera like Celestron's NexImage line. Requires iPhone XR or newer signed into the same Apple ID as your Mac.

An iPhone clamped to your eyepiece with a $30 phone adapter won't out-resolve a dedicated planetary camera, and it never will — small sensor, big pixels, limited frame rates, no raw data. But it's the cheapest possible way to find out if you actually enjoy planetary imaging before you commit to a $400 ASI462MC. Best on the Moon and Sun (with a proper solar filter). Workable on Jupiter and Saturn. Skip Mars and the ice giants.

Not Compatible — WiFi Cameras

ZWO Air series & standalone ASIAir controllers

ASI585MC Air, ASI2600MC Air, ASI678MC Air, ASI220MM Mini Air, and the ASIAir Plus/Mini controllers integrate an onboard computer and are only reachable over WiFi — there's no USB camera mode. Laminar connects via direct USB SDK integration because planetary imaging needs 60–200+ frames per second of uncompressed data, which WiFi cannot sustain.

For Air cameras, use ZWO's ASIAIR app or ASIStudio (both WiFi-based). If you want Laminar, the non-Air versions of the same sensors (ASI585MC, ASI662MC, ASI678MC) work over USB out of the box.

Hardware-validated cameras

ASI462MCASI294MMASI6200MM ProUranus-C PROSedna-MApollo-M MiniG3M678CSV305C PROiPhone (Continuity)USB Webcam (UVC)

Pricing

No subscriptions. Buy once, own it forever.

Laminar

$34.99

One-time purchase · No subscription · Yours forever

  • Full camera capture & control
  • SER recording, playback & QuickLook
  • Sky Quality scores (Conditions + Seeing)
  • Real-time frame quality graph
  • Automatic planet tracking
  • Surface tracking (Moon / Sun)
  • Rotation warnings
  • Editable Custom ROI · Preset library
  • RAW8 / RAW16 · Color balance · Per-channel histogram
  • 10 astronomy brands + iPhone & UVC support
Download on the Mac App Store

Requires macOS 15+ · Apple Silicon

Download Laminar for macOS.

Start capturing planetary images tonight. No account required.

Download on the Mac App Store

$34.99 · One-time purchase · Requires macOS 15+ · Apple Silicon

Frequently Asked Questions

Common questions about planetary imaging with Laminar on macOS.

What cameras does Laminar support?+
Laminar supports cameras from ten astronomy brands across five SDK integrations: ZWO ASI, PlayerOne, QHY, ToupTek Astro (and its OEM partners Altair Astro, OGMA, RisingCam, MallinCam, and Omegon), and SVBONY. Four of the five SDKs — ZWO, PlayerOne, ToupTek, and SVBONY — have been hardware-validated end-to-end against real cameras. The QHY backend is architecturally complete and ships in Beta pending its first hardware session. Laminar also captures from generic UVC devices through macOS AVFoundation, including iPhone Continuity Camera, USB webcams, and Celestron's NexImage line. The iPhone path is a deliberate on-ramp for beginners — it's the cheapest possible way to try planetary imaging before committing to a dedicated camera, even though it won't match a $400 ASI462MC on resolution. ZWO's WiFi-only Air series and standalone ASIAir controllers are not compatible because they have no USB camera mode. If you hit an issue on a specific model we haven't personally tested, send a diagnostic log export and we'll treat it as a normal bug.
Does Laminar support ZWO ASIAir or Air-series cameras?+
No. The ZWO Air series (ASI585MC Air, ASI2600MC Air, ASI678MC Air, etc.) and standalone ASIAir controllers are WiFi-only devices. They're not exposed as USB cameras to your Mac, so ZWO's standard USB SDK -- which is what Laminar uses -- cannot see them. For these cameras, use ZWO's ASIAIR mobile app or ASIStudio desktop software (both WiFi-based). Planetary imaging also benefits substantially from a direct USB connection: the 60-200+ frames per second needed for lucky imaging produce data rates that WiFi cannot sustain without compression or frame rate compromises. If you want to use Laminar for planetary work, the non-Air versions of ZWO's sensors (ASI585MC, ASI662MC, ASI678MC) and any PlayerOne, QHY, ToupTek, or SVBONY USB camera will work out of the box.
Does Laminar work on Intel Macs?+
No. Laminar requires Apple Silicon (M1 or later) and macOS 15 (Sequoia) or newer. The app is built entirely on Apple's ARM64 architecture and Metal GPU framework, which are not available on Intel-based Macs.
Does Laminar work with AutoStakkert, Registax, and PIPP?+
Yes. Laminar records in the industry-standard SER video format, which is directly compatible with AutoStakkert, Registax, PIPP, and other planetary stacking software. If you use Strata (also part of the Mac Observatory Suite), you can stack and sharpen entirely on your Mac without needing Windows tools.
How is Laminar different from FireCapture or SharpCap?+
Laminar is the only planetary capture app built natively for macOS and Apple Silicon using Swift, SwiftUI, and Metal. FireCapture and SharpCap are Windows applications -- FireCapture runs on Mac via Java but lacks native performance and integration, and SharpCap has no Mac version at all. Laminar also provides real-time frame quality analysis during capture, automatic planet tracking, and integrated atmospheric seeing scores -- features not available in either alternative.
Is there a FireCapture alternative for Mac?+
Yes. Laminar is a native macOS planetary capture app that fills the same role as FireCapture on Windows. It records SER video from ZWO, PlayerOne, QHY, ToupTek, SVBONY, Altair Astro, OGMA, RisingCam, MallinCam, and Omegon cameras with full metadata, plus iPhone Continuity Camera and USB webcams via UVC. It adds features FireCapture does not offer, including real-time frame quality analysis, atmospheric seeing scores, and automatic planet tracking. Unlike running FireCapture through Wine or CrossOver, Laminar runs natively on Apple Silicon with Metal GPU acceleration.
Can I do planetary imaging on a Mac without Windows?+
Yes. Laminar handles the capture side entirely on macOS -- no Boot Camp, no Wine, no virtual machines. It records SER video files that are compatible with all standard stacking tools. If you also want to stack and sharpen on Mac, Strata (currently in beta) handles that step, giving you a complete Mac-native pipeline from capture to final image.
What Mac do I need to run Laminar?+
Laminar requires any Apple Silicon Mac (M1, M2, M3, M4, or later) running macOS 15 Sequoia or newer. This includes MacBook Air, MacBook Pro, Mac mini, Mac Studio, iMac, and Mac Pro models with Apple Silicon. Intel Macs are not supported.
Does Laminar work with my telescope?+
Laminar works with any telescope. It connects to your camera, not your mount. Whether you are using an SCT, Newtonian, refractor, or Maksutov, if you can attach a supported camera to it, Laminar will capture from it. Supported cameras include ZWO ASI, PlayerOne, QHY, ToupTek Astro (and OEM brands like Altair Astro, OGMA, RisingCam, MallinCam, Omegon), and SVBONY. You can also use an iPhone via Continuity Camera with an eyepiece phone adapter, or a Celestron NexImage through Laminar's UVC support. One-tap target presets optimize exposure and gain settings for each planet, the Moon, and the Sun.