Collaborative Science Environment
Research instruments for gravitational biology.
Clinostats and time-lapse imaging systems for labs studying how plants, cells and small organisms respond to gravity. Designed and built in Madison, Wisconsin.
Instruments
Built to order, designed to be serviceable
SciSpinner Max
Simulated microgravity with independently controlled frame and core axes, onboard imaging and environmental monitoring, and a motion sensor module that measures time-averaged gravity directly at the sample.
Specifications and documents →
SciSpinner Duo
A smaller, simpler clinostat for teaching laboratories and single-axis experiments, with a clear sample chamber driven by a single motorized axis.
Specifications coming soon
FlashLapse
A research-grade time-lapse imaging system for plant growth and classroom experiments, with four camera pods arranged around a central sample stage.
Specifications coming soon
Built for your experiment
Open-frame clinostats, custom sample fixtures and instrument variants for experiments that need something beyond our standard configurations, developed with the labs that use them.
Ask us about a custom buildWhere they run
35+ instruments in 20 research laboratories
Each dot is a laboratory running a COSE instrument. Tap a dot for the institution.
Who we work with
University and government research groups
COSE instruments are used by university and government research groups in the United States and India, with further international deliveries under way. Current applications include cell and tissue culture, plant gravitropism, small-organism models and ground controls for spaceflight experiments.
Collaborative Science Environment Inc. is a Wisconsin benefit corporation. Our control software is open source under the GPL, customers receive CAD files for sample fixtures, and every instrument ships with full technical documentation. About the company →
Time-lapse to video tool
A browser tool that turns the stills in a run's timelapse folder into an MP4 with an elapsed-time overlay, using the interval and start time from the run's experiment.json.
Run setup tool: configure a SciSpinner Max from your computer
A new browser tool prepares an instrument's configuration file: motor speeds, run plan, lighting presets, camera and display settings, downloaded as scispinner-config.json for the USB drive.
Clinostat simulator added to the Tools page
A browser-based simulator of the SciSpinner Max: set the frame and core speeds, watch the instrument turn, and see the motion sensor reading, time-averaged ⟨g⟩ and sphere coverage before a run.
Contact
Request a quote
Tell us your institution and what you plan to study. We will provide a formal quotation and the vendor documentation your purchasing office needs. Typical lead time is about one month from order confirmation. In India and Greater China, our regional partners handle quotation, import and local support.
- info@cosecloud.com
- Address
- Collaborative Science Environment Inc.
56 Corry Street
Madison, Wisconsin 53704, USA - India
- Digilog Technologies, Bangalore
sharukh@digilogsys.in - Greater China
- Zealquest Scientific Technology, Shanghai
derek.gu@zealquest.com