Across International K4.110 BioChromato K4 Bump-Free 4-Channel Smart Evaporator 110V


Price:
Sale price$11,700.00

Description

4-Channel Smart Evaporator for Fast, Bump-Free Sample Concentration

The BioChromato K4 Smart Evaporator is an advanced bump-free solvent evaporation system designed to concentrate samples quickly and safely directly inside laboratory vials. Featuring vacuum-assisted vortex evaporation technology and spiral plug design, the K4 allows solvents to evaporate smoothly without bumping or sample loss.

Unlike traditional evaporation methods, the Smart Evaporator generates a controlled vortex inside the vial, allowing solvents to evaporate evenly while maintaining sample integrity. The K4 model supports up to four samples simultaneously, making it ideal for laboratories processing multiple samples in parallel.

The system uses aluminum bead heating media capable of reaching 100 °C, providing uniform heat transfer and compatibility with vials of various bottom shapes.

Manufactured in Japan by BioChromato, the K4 Smart Evaporator is widely used in organic chemistry, pharmaceutical research, environmental testing, material science, and biochemistry laboratories.


Key Features of the BioChromato K4 Smart Evaporator

Bump-Free Evaporation Technology

Patented spiral plug and vortex evaporation system prevents solvent bumping while ensuring consistent evaporation.

Evaporate High-Boiling Solvents

Capable of safely evaporating difficult solvents such as:

  • DMSO

  • DMF

  • Water

4-Channel Evaporation

Process up to four samples simultaneously, improving laboratory productivity.

Direct Evaporation from Analytical Vials

Solvents can be removed directly from:

  • HPLC vials

  • LC/MS vials

  • GC vials

This eliminates sample transfer and reduces contamination risk.

In-Vial Sample Concentration

Allows concentration directly inside the vial without transferring samples between containers.

Aluminum Bead Heating System

Uses aluminum beads as heat media, allowing uniform heating and compatibility with vials of various shapes.

Minimizes Sample Loss

Direct in-vial evaporation significantly reduces sample loss caused by transfer steps.

Made in Japan

High-quality engineering and manufacturing from BioChromato Japan ensures reliable laboratory performance.


Typical Laboratory Applications

The K4 Smart Evaporator is commonly used for:

  • Solvent removal after HPLC, LC/MS, and GC/MS analysis

  • Sample concentration after fractionation and purification

  • Solvent removal after NMR measurement

  • Concentration following solid phase extraction

  • Concentration of natural product extracts

  • Preparation of radioisotope-labeled compounds

  • Surfactant solution concentration

  • Multi-sample pretreatment for drug and pigment analysis


Ideal Research Fields

Commonly used in laboratories focused on:

  • Organic chemistry

  • Pharmaceutical research

  • Polymer chemistry

  • Environmental analysis

  • Biochemistry

  • Material science


Technical Specifications

Model

BioChromato K4 Smart Evaporator


Electrical Requirements

110V


Heating System

Heating style:

4 vial holders with aluminum beads (similar to C1 Smart Evaporator)

Heater size:

8.9 × 2.2 × 2.3 in (W × D × H)

Heating temperature range:

Room temperature to 100 °C


Compatible Vial Size

Inner mouth diameter:

Ø 4 mm to 32 mm


Operating Environment

Operating temperature:

10 °C – 40 °C

Humidity range:

20% – 80%


Dimensions

13.4 × 6 × 16.3 in (W × D × H)
(excluding protruding parts)


Weight

10.6 lbs


Included Components

  • BioChromato K4 Bump-Free 4-Channel Smart Evaporator (110V) – 1

  • Power Cord – 1

  • Spiral Plugs – 4

  • Aluminum Heating Beads – 1 pack

  • Hose Barb – 1

  • Shaft – 2

  • Screws – 2

  • Hex Wrench – 1

  • Instruction Manual – 1


Benefits of Smart Evaporator Technology

Compared with traditional evaporation techniques, Smart Evaporators offer:

  • Faster solvent evaporation

  • Reduced sample loss

  • No solvent bumping

  • Direct in-vial concentration

  • Improved workflow efficiency for multi-sample processing

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