Capturing Slime Mold Growth: A Step-by-Step Guide
A comprehensive look at the challenges of documenting plasmodial movements and the precision required for sub-millimeter biological tracking.
Read Full Blog ➔PRECISION DATA THROUGH VISUAL TIME-LAPSE
Empowering scientific discovery with automated 4K macro monitoring and remote data management.
Research Domains
Providing high-precision visual evidence for long-term experimental observation and quantitative analysis.
Life Science
Biological & Botanical
Ideal for studying plant physiology, phototropism, and fungal growth dynamics with sub-millimeter precision.
Healthcare
Clinical & Medical Lab
Automated visual monitoring for embryo development, bacterial culture growth, and tissue engineering observations.
Agriculture
Agricultural Science
Optimizing crop yields through seed germination analysis, pest impact monitoring, and environmental stress response studies.
Engineering
Industrial R&D
Documenting long-term material corrosion tests, structural changes, and chemical reaction progression in 4K resolution.
Research Case Studies
In-depth technical analysis and field insights from real-world scientific observations.
Challenges in Capturing Mushroom Timelapse
Understanding the delicate balance of humidity, lighting, and interval consistency when filming the rapid expansion of fungal fruiting bodies.
Read Full Blog ➔
From Seed to Bloom: Unveiling the Magic with Rapid Lapse
An expert interview exploring the technical nuances of documenting the entire life cycle of plants, from germination to flowering.
Read Full Blog ➔Technical Solutions for Science
Optical Precision (Macro Focus)
Capture sub-millimeter scientific details such as stomatal movements and fungal hyphae growth with a 6cm minimum focus distance and distortion-free optics.
6cm Focus
4K Resolution
Distortion-Free
Uninterrupted Data Flow
Designed for long-term experiments. Ensure continuous operation via Unlimited Power Supply and automated cloud backup to Google Drive to protect critical research data.
FTP Sync
Google Drive Sync
Auto-Resume
Collaborative Remote Monitoring
Monitor real-time experimental progress via ATLI Cam+ App (Mobile) or ATLI Desk (PC). Research teams can securely track data from any location, reducing physical lab entries.
ATLI Cam+ App
ATLI Desk PC
Multi-Device Access
Versatile Scheduling & Timestamp
Program up to 6 distinct time slots per day to focus on specific growth periods. Integrated timestamps on every frame provide precise data alignment for peer-reviewed citations.
6 Time Slots
Timestamp Overlay
Data Alignment
Select Your Research Tool
| Scientific Metrics | ATLI E10 Pro Research | ATLI EON Standard Use |
|---|---|---|
| Sensor Sensitivity | High Sensitivity 4K Optimal for Lab Conditions |
Standard 1080P General Observation |
| Macro Focus Distance | 6cm (Minimum) | 7cm (Minimum) |
| Live View Capabilities | Real-time Stream (Smooth Monitoring) |
Frame Preview Only (Static Refresh) |
| Max Storage Capacity | Up to 512 GB | Up to 128 GB |
| Output Formats | MP4 / JPG | MP4 / JPG |
| Ready to Deploy? | Shop E10 | Shop EON |
What is Time Lapse?
Time-lapse provides a unique way to visualize processes that occur over extended periods, offering researchers a tool to study and understand these processes in a way that traditional methods cannot.
Time Lapse in Research
Time lapse technology provides valuable insights and enhances various aspects of construction project management.
Observing Biological Processes
Analyzing Agricultural Grains
Medical Development Analysis
Why ATLI Time Lapse Camera?
Capture Details with 7cm Macro Mode
Capture Intricate Details with Manual Focus
Versatile Scheduling with Up to 6 Time Slots
Remotely Monitor the Shooting Process Without Being On-Site
The remote access feature saves time and effort, enabling you to receive updates and make precise adjustments from anywhere.
Automatic Backup of Footage to Google Drive for Data Security
Researchers can download and analyze critical data anytime, ensuring that every detail of the project is safely stored and easily managed, regardless of device availability.
Case Study in Research
Capturing Slime Mold Growth: A Step-by-Step Guide
Discover the mesmerizing world of slime mold growth with our time lapse shooting tips.
Read More
Challenges in Capturing Mushroom Timelapse
Discover the unique challenges and expert tips for capturing stunning mushroom growth timelapse videos.
Read MoreCustomer Testimonials
Superb picture and video quality
I used this camera to create time lapse shots of nature and I have to say that the camera has fantastic picture quality. The camera is able to capture a lot of detail in nature including small wildlife. The app control makes it easy to get a glimpse view and manage time lapse shots. Very satisfied with the camera itself and the software that it comes equipped with.
Michael Mirror
I wish I had one more
I'm taking time-lapse of my aquaponic fish tank setup, both of my plants on top and also in the tank. The camera is working great, very reliable and the picture quality is great, switching between day mode and night mode very accurately. I only have one to take a time-lapse video of my plants on top and use another type of camera for the aquatic plants. I wish to have another one to take a video of both.
HOANG
I'm impressed!
It's robust, easy to set up, and the image quality is great. The remote control feature is a lifesaver, letting me manage my shots from anywhere. Battery life is also commendable. I've been able to capture long-duration time-lapses without worrying about the camera dying on me.
Benjamin
Amazing quality
I made this purchase to follow the progress of our home being built and it delivered flawlessly. I have also used it to follow tidal changes of the ocean and moon phases. What a fun adult toy to have l.
thomas johnson
Great little camera for the money
Bought this for mycology purposes. Wonderful for long term timelapse photography, as long as you have the unit plugged in. Not too impressed with the battery life.
Ryan
Easy to use, captures bioluminescents.
Easy to use, no low battery anxiety, and captures bioluminescence.
Stephen R.