Min-Evap Nitrogen Evaporator –
Efficient Low-Volume Sample Concentration

The Min-Evap Nitrogen Evaporator is a compact, high-performance sample concentrator designed
for efficient solvent evaporation in laboratories with low to moderate sample throughput. Ideal for
small-batch analyses in analytical, food testing, research, and educational labs, it delivers uniform
results with minimal supervision and a small footprint.

Takahe
Nitrogen Evaporator
Mini-eVap

Takahe
Nitrogen Evaporator
Mini-eVap

The Min-Evap Nitrogen Evaporator is a compact, high-performance sample concentrator designed for efficient solvent evaporation in laboratories with low to moderate sample throughput. Ideal for small-batch analyses in analytical, food testing, research, and educational labs, it delivers uniform results with minimal supervision and a small footprint.

Min-Evap Nitrogen Evaporator –
Efficient Low-Volume Sample Concentration

The Min-Evap Nitrogen Evaporator is a compact, high-performance sample concentrator designed
for efficient solvent evaporation in laboratories with low to moderate sample throughput. Ideal for
small-batch analyses in analytical, food testing, research, and educational labs, it delivers uniform
results with minimal supervision and a small footprint.

Short Description

The Min-Evap Nitrogen Evaporator is a specialized low-volume nitrogen evaporator that combines precise temperature control with nitrogen blowdown technology. 

It accelerates solvent removal from samples such as Eppendorf tubes,
RIA vials, and centrifuge tubes — making it an essential tool for sample
preparation in chromatography, pesticide residue analysis, antibiotic
testing, environmental analysis, and quality control workflows.

This system offers an affordable alternative to traditional
evaporation techniques — eliminating long processing times and
providing standard unattended operation for up to 15 samples
simultaneously.

Unattended evaporation for up to 15 samples in a single batch

— significantly increasing productivity.

Controlled water bath temperature adjustable from ambient to
80 °C for consistent evaporation.

Built-in nitrogen regulator with independent manifolds for
optimized gas flow.)

Comes with interchangeable racks to accommodate tube sizes
from 1.5 mL to 15 mL — including micro-centrifuge tubes and
RIA vials.

Bright LED display for clear visibility under fume hoods

Easy water drain pump and ergonomic controls for simplified
operation.

Compact footprint fits on benchtops without requiring
additional hood space.

Integrated process and completion alarms notify users when
evaporation cycles end.

Exhaust outlet designed to vent safely either to the atmosphere or through an existing fume hood.

System Capacity

  • Maximum No of Samples: 15
  • Max Sample volume : 15 mL
  • Water bath temp Range: Ambient to 80 °C (up to 90°C optional)
  • Timer Range: 1 min to 9.5 hours or indefinite

Under the Hood

  • Gas Supply Requirements Nitrogen inlet at 100 psi
  • Gas Control Independent nozzle manifolds
  • Gas Flow ~ 45 LPM
  • Exhaust Built-in with duct hose
    Power 230 VAC, 50 Hz
  • 2mL Flip/screw cap micro-centrifuge tubes/Eppendorf tubes
  • 4mL 12 X 75 mm, Ria Vials
  • 4mL 14 x 45 mm Screw Top Vial
  • 12 mL 16 X 100 mm
  • 15mL 17 X 125 mm
  • Dimensions (WxDxH) ~44 × 34 × 28 cm
  • Net Weight ~9.5 kg
  • Shipping Size (WxDxH)
  • Gross Weight
  • 2004/22/EC Measuring Instruments Directive
  • 2014/35/EU Low Voltage Directive
  • 2009/105/EC Simple Pressure Vessels
  • ISO 9001 | ISO 14001

The Min-Evap Nitrogen Evaporator is a specialized low-volume nitrogen evaporator that combines precise temperature control with nitrogen blowdown technology. 

It accelerates solvent removal from samples such as Eppendorf tubes,
RIA vials, and centrifuge tubes — making it an essential tool for sample
preparation in chromatography, pesticide residue analysis, antibiotic
testing, environmental analysis, and quality control workflows.

This system offers an affordable alternative to traditional
evaporation techniques — eliminating long processing times and
providing standard unattended operation for up to 15 samples
simultaneously.

Unattended evaporation for up to 15 samples in a single batch

— significantly increasing productivity.

Controlled water bath temperature adjustable from ambient to
80 °C for consistent evaporation.

Built-in nitrogen regulator with independent manifolds for
optimized gas flow.)

Comes with interchangeable racks to accommodate tube sizes
from 1.5 mL to 15 mL — including micro-centrifuge tubes and
RIA vials.

Bright LED display for clear visibility under fume hoods

Easy water drain pump and ergonomic controls for simplified
operation.

Compact footprint fits on benchtops without requiring
additional hood space.

Integrated process and completion alarms notify users when
evaporation cycles end.

Exhaust outlet designed to vent safely either to the atmosphere or through an existing fume hood.

System Capacity

  • Maximum No of Samples: 15
  • Max Sample volume : 15 mL
  • Water bath temp Range: Ambient to 80 °C (up to 90°C optional)
  • Timer Range: 1 min to 9.5 hours or indefinite

Under the Hood

  • Gas Supply Requirements Nitrogen inlet at 100 psi
  • Gas Control Independent nozzle manifolds
  • Gas Flow ~ 45 LPM
  • Exhaust Built-in with duct hose
    Power 230 VAC, 50 Hz
  • 2mL Flip/screw cap micro-centrifuge tubes/Eppendorf tubes
  • 4mL 12 X 75 mm, Ria Vials
  • 4mL 14 x 45 mm Screw Top Vial
  • 12 mL 16 X 100 mm
  • 15mL 17 X 125 mm
  • Dimensions (WxDxH) ~44 × 34 × 28 cm
  • Net Weight ~9.5 kg
  • Shipping Size (WxDxH)
  • Gross Weight
  • 2004/22/EC Measuring Instruments Directive
  • 2014/35/EU Low Voltage Directive
  • 2009/105/EC Simple Pressure Vessels
  • ISO 9001 | ISO 14001

Short Description

Short Description

The Min-Evap Nitrogen Evaporator is a specialized low-volume nitrogen evaporator that combines precise temperature control with nitrogen blowdown technology. 

It accelerates solvent removal from samples such as Eppendorf tubes,
RIA vials, and centrifuge tubes — making it an essential tool for sample
preparation in chromatography, pesticide residue analysis, antibiotic
testing, environmental analysis, and quality control workflows.

This system offers an affordable alternative to traditional
evaporation techniques — eliminating long processing times and
providing standard unattended operation for up to 15 samples
simultaneously.

Unattended evaporation for up to 15 samples in a single batch

— significantly increasing productivity.

Controlled water bath temperature adjustable from ambient to
80 °C for consistent evaporation.

Built-in nitrogen regulator with independent manifolds for
optimized gas flow.)

Comes with interchangeable racks to accommodate tube sizes
from 1.5 mL to 15 mL — including micro-centrifuge tubes and
RIA vials.

Bright LED display for clear visibility under fume hoods

Easy water drain pump and ergonomic controls for simplified
operation.

Compact footprint fits on benchtops without requiring
additional hood space.

Integrated process and completion alarms notify users when
evaporation cycles end.

Exhaust outlet designed to vent safely either to the atmosphere or through an existing fume hood.

System Capacity

  • Maximum No of Samples: 15
  • Max Sample volume : 15 mL
  • Water bath temp Range: Ambient to 80 °C (up to 90°C optional)
  • Timer Range: 1 min to 9.5 hours or indefinite

Under the Hood

  • Gas Supply Requirements Nitrogen inlet at 100 psi
  • Gas Control Independent nozzle manifolds
  • Gas Flow ~ 45 LPM
  • Exhaust Built-in with duct hose
    Power 230 VAC, 50 Hz
  • 2mL Flip/screw cap micro-centrifuge tubes/Eppendorf tubes
  • 4mL 12 X 75 mm, Ria Vials
  • 4mL 14 x 45 mm Screw Top Vial
  • 12 mL 16 X 100 mm
  • 15mL 17 X 125 mm
  • Dimensions (WxDxH) ~44 × 34 × 28 cm
  • Net Weight ~9.5 kg
  • Shipping Size (WxDxH)
  • Gross Weight
  • 2004/22/EC Measuring Instruments Directive
  • 2014/35/EU Low Voltage Directive
  • 2009/105/EC Simple Pressure Vessels
  • ISO 9001 | ISO 14001

The Min-Evap Nitrogen Evaporator is a specialized low-volume nitrogen evaporator that combines precise temperature control with nitrogen blowdown technology.

It accelerates solvent removal from samples such as Eppendorf tubes, RIA vials, and centrifuge tubes - making it an essential tool for sample preparation in chromatography, pesticide residue analysis, antibiotic testing, environmental analysis, and quality control workflows.

This system offers an affordable alternative to traditional evaporation techniques -eliminating long processing times and providing standard unattended operation for up to 15 samples simultaneously.

  • Unattended evaporation for up to 15 samples in a single batch — significantly increasing productivity.
  • Controlled water bath temperature adjustable from ambient to 80 °C for consistent evaporation.
  • Built-in nitrogen regulator with independent manifolds for optimized gas flow.)
  • Comes with interchangeable racks to accommodate tube sizes from 1.5 mL to 15 mL — including micro-centrifuge tubes and RIA vials.
  • Bright LED display for clear visibility under fume hoods.
  • Easy water drain pump and ergonomic controls for simplified operation.
  • Compact footprint fits on benchtops without requiring additional hood space.
  • Integrated process and completion alarms notify users when evaporation cycles end.
  • Exhaust outlet designed to vent safely either to the atmosphere or through an existing fume hood.

Efficient Sample Evaporation

  • Unattended evaporation for up to 15 samples in a single batch -significantly increasing productivity.

Precise Temperature & Gas Control

  • Controlled water bath temperature adjustable from ambient to 80 °C for consistent evaporation.
  • Built-in nitrogen regulator with independent manifolds for optimized gas flow.)

Flexible Tube Compatibility

  • Comes with interchangeable racks to accommodate tube sizes from 1.5 mL to 15 mL — including micro-centrifuge tubes and RIA vials.

User-Friendly Design

  • Bright LED display for clear visibility under fume hoods.
  • Easy water drain pump and ergonomic controls for simplified operation.
  • Compact footprint fits on benchtops without requiring additional hood space.

Safety & Alerts

  • Integrated process and completion alarms notify users when evaporation cycles end.
  • Exhaust outlet designed to vent safely either to the atmosphere or through an existing fume hood.
  • Maximum No of Samples: 15
  • Max Sample volume : 15 mL
  • Water bath temp Range: Ambient to 80 °C (up to 90°C optional)
  • Timer Range: 1 min to 9.5 hours or indefinite
  • Controlled water bath temperature adjustable from ambient to 80 °C for consistent evaporation.
  • Built-in nitrogen regulator with independent manifolds for optimized gas flow.)

System Capacity

  • Maximum No of Samples: 15
  • Max Sample volume : 15 mL
  • Water bath temp Range: Ambient to 80 °C (up to 90°C optional)
  • Timer Range: 1 min to 9.5 hours or indefinite

Under the Hood

  • Controlled water bath temperature adjustable from ambient to 80 °C for consistent evaporation.
  • Built-in nitrogen regulator with independent manifolds for optimized gas flow.)
CapacityDimensions (mm)Description
2 mLFlip/Screw Cap Micro-centrifuge (Eppendorf) Tubes
4 mL12 × 75RIA Vials
4 mL14 × 45Screw Top Vial
12 mL16 × 100Vial
15 mL17 × 125Vial
SpecificationDetails
Dimensions (W × D × H)~44 × 34 × 28 cm
Net Weight~9.5 kg
Shipping Size (W × D × H)25″ x 14″x 13.25″
Gross Weight

Typical Applications

The Min-eVap is well suited for:

Why Choose Min-Evap ?

Compact & Powerful

delivers reliable performance without
occupying large workspace.

Cost-Effective Solution

Cost-effective solution for small to medium
sample evaporation needs.

Easy Operation

Easy operation with automated controls
and safety features.

Reliable & Reproducible Results

Designed for repeatable
and reproducible results across batches.

Related Products

SpeedoVap LV

SpeedoVap LX

SS racks for Min-eVap

Min-Evap Nitrogen Evaporator –
Efficient Low-Volume Sample Concentration

The Min-Evap Nitrogen Evaporator is a compact, high-performance sample concentrator designed
for efficient solvent evaporation in laboratories with low to moderate sample throughput. Ideal for
small-batch analyses in analytical, food testing, research, and educational labs, it delivers uniform
results with minimal supervision and a small footprint.

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