Smart Self-Cooling

Fast Evaporation

Small Footprint

Energy Efficient

Voltage: 100–120 Vac or 200–240 Vac, 50/60 Hz. Operating Temp Range: Ambient to -40 °C​​​

Integrated Vacuum Control​

The ¹H Performance includes an integrated vacuum controller, allowing users to set, hold, and vent vacuum directly from the touchscreen. This eliminates the need for a separate external controller and simplifies evaporation setup while keeping all critical controls in one place. 

Based on direct customer feedback from the field, the Ecodyst ¹H Performance features a redesigned user interface that makes system status and control clear at a glance—during setup, operation, and unattended runs. 

The touchscreen has been repositioned higher on the instrument for improved visibility and more comfortable operation, allowing users to monitor and adjust key parameters without bending or stepping closer to the system. 

• Elevated, eye‑level touchscreen for effortless monitoring and control

• High‑contrast layout for improved readability under real laboratory lighting

• Process‑driven, top‑to‑bottom workflow aligned with how evaporations are run

• Clear separation of setpoints, live values, and primary actions

• Controls co‑located with parameters to reduce confusion and user error 

The result is an interface that feels intuitive for new users while providing clarity and confidence for routine, everyday operation.

Note: Requires external vacuum pump or house vacuum.  

Built for Reliable, Routine Use — Even at ​​Higher Volumes 

The Ecodyst ¹H Performance has long been designed to support demanding evaporation workflows through higher‑capacity hardware and refined control. Recent usability and interface updates build on this foundation—without changing the core performance users rely on. 

A key capability of the Performance platform is its 1300 W heating bath, which provides faster warm‑up and more stable temperature control when working with larger volumes or higher‑boiling solvents. 

• 1300 W heating bath maintains bath temperature more consistently under higher thermal load

• Supports larger evaporation flasks (up to 3 L) without temperature sag

• Enables greater flexibility for higher‑boiling solvents and oil‑bath operation

• Reduces manual temperature adjustments during longer or back‑to‑back runs 

The updated Ecodyst ¹H Performance incorporates targeted mechanical and software refinements driven by customer feedback from the field—improving stability during extended and unattended runs. 

• Upgraded lift motor and physical lift controls for smoother positioning

• Expanded internal memory to support stable operation

• Automatic condenser standby mode to extend compressor life during idle periods

• Energy‑saving idle shutdown for heating bath to reduce power consumption

• Internal durability upgrades for long‑term use 

Greater Control Through Bidirec​​tional Rotation 

The Ecodyst ¹H Performance supports both clockwise and counter‑clockwise rotation, providing added flexibility for larger volumes, viscous solvents, or challenging evaporation conditions. 

• Bidirectional rotation allows users to optimize liquid film formation

• Helps manage splashing or uneven wetting for certain flask geometries

• Provides additional control when standard clockwise rotation is not ideal 

This capability is especially valuable in workflows where evaporation behavior can vary with solvent system or volume. 

Wha​​t Hasn't Changed

• High‑performance, smart, self‑cooling condenser with zero consumables

• Fast evaporation rates and compact benchtop footprint

• Suitable for unattended operation for runs of any length

• Familiar workflow—no retraining required 

Designed for Laboratories That Depend on Evapor​​ation 

The Ecodyst ¹H Performance is ideal for laboratories that value clarity, confidence, and consistency in daily evaporation workflows—whether in pharmaceutical research, medicinal chemistry, or shared academic environments. 

For labs that depend on evaporation every day, the Ecodyst ¹H​ Performance delivers refined control, interface clarity, and confidence in routine use.

1H Turbo vs. 1H Perform​​ance — Which Ecodyst Is Right for Your Lab? 

Both the Ecodyst ¹H Turbo and ¹H Performance deliver smart self‑cooling evaporation with zero material waste, elevated eye‑level touchscreens, and process‑driven interfaces designed for confident, unattended operation. The difference lies in capacity, heating power, and motion control, allowing labs to choose the system best aligned with their workflow demands. 

Both systems share the same smart self‑cooling foundation. 

• Choose ¹H Turbo for efficient evaporation up to 2 L with streamlined operation, or
• Choose ¹H Performance when larger volumes, higher thermal load, or additional control flexibility are required.
  

Innovative. Reliable. Precis​​​e.

Teledyne LABS has a storied history of innovation, releasing new products and regular improvements that help you work faster and easier, with the utmost precision and consistent, reliable results. Ecodyst brings the same reputation to the table throughout its full line of modern, high-performance benchtop and large-volume rotary evaporators, with game-changing direct self-cooling condenser technology using zero consumables. 

Contact your Teledyne LABS representative today to learn more about these exciting new and improved products and our full line of flash, prep HPLC and SFC chromatography instruments, fraction collectors, pumps, and Ecodyst evaporators. If you aren't sure who that is, find them using our convenient Find Your Rep tool.​​

FAQ's 1H Turbo ​​vs. 1H Performance — What's the Difference?

Q: What do ¹H Turbo and ¹H Performance have in common?

Both systems use Ecodyst's proprietary smart self‑cooling technology with a built‑in condenser, eliminating the need for glycol, dry ice, or water. They feature elevated, eye‑level touchscreens with high‑contrast, process‑driven interfaces and are designed for unattended operation for any length of run.

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Q: What's the main difference between ¹H Turbo and ¹H Performance?

The key differences are capacity and flexibility.
¹H Turbo supports evaporation flasks up to 2 L with a 1000 W water bath.
¹H Performance supports flasks up to 3 L, includes a 1300 W heating bath (water or oil), and allows both clockwise and counter‑clockwise rotation.

Q: Does ¹H Performance evaporate faster than ¹H Turbo?

Not necessarily for small volumes. Both systems deliver fast evaporation thanks to smart self‑cooling. ¹H Performance is optimized to maintain consistent conditions at larger volumes or higher thermal load, which becomes important as workflows scale up.

Q: Why would I need a more powerful heating bath?

A higher‑power heating bath helps maintain stable temperature when evaporating larger volumes or higher‑boiling solvents. This supports consistent, hands‑off operation during longer or back‑to‑back runs.

Q: Why does bidirectional rotation matter?

Bidirectional rotation provides additional control over liquid film behavior. This can be helpful when working with larger volumes, viscous solvents, or flask geometries where standard clockwise rotation isn't ideal.

Q: Is ¹H Turbo a “lighter" or less capable system?

No. ¹H Turbo delivers the full Ecodyst self‑cooling advantage and is well suited for most routine evaporation workflows up to 2 L. ¹H Performance simply offers additional headroom for higher volumes and more demanding use cases.

Q: Which system should I choose if I'm not sure?

If most of your evaporations are ≤2 L, ¹H Turbo is typically the best fit.
If you anticipate larger volumes, higher‑boiling solvents, or more varied workflows, ¹H Performance provides added flexibility.

Q: Do both systems reduce operating costs compared to traditional rotavaps?

Yes. By eliminating external chillers and cooling consumables, both  ¹H Turbo and  ¹H Performance reduce electricity use, consumable costs, and lab complexity. ​
Both systems share the same smart self‑cooling foundation. Choose ¹H Turbo for efficient evaporation up to 2 L with streamlined operation, or ¹H Performance when larger volumes, higher thermal load, or additional control flexibility are required.​​​