• Lab Equipment — general laboratory instruments
• Sample Preparation — parent group
• Vacuum centrifugal concentrators — LACEVAC-1C, LACEVAC4, LACEVAC6, LACEVAC7
• Nitrogen evaporators — SACO100, SACO200, SACO300, SACO400, SACO1000
• Rotary evaporators — ROVA193, ROVA450, ROVA900, ROVA901
• Vacuum control and filtration — ROVA101, ROVAVF10
• Sample concentrators — vacuum centrifugal and nitrogen concentrators together

Tubes from 0.2 to 50 mL are dried or concentrated under vacuum while the rotor keeps the liquid at the bottom of the tube — many samples treated the same way, without bumping or cross-contamination.

• LACEVAC-1C — compact, without or with pump, RT+5 to 70 °C, 66 × 1.5 mL rotor included
• LACEVAC4 — set vacuum 0.1–100 mbar, RT+5 to 100 °C, 30 programs
• LACEVAC6 — built-in pump, ≤ 13 mbar, RT+5 to 100 °C, 90 × 1.5 mL rotor
• LACEVAC7 — built-in or external pump, five rotors, RT+5 to 80 °C

A gentle stream of nitrogen over heated tubes or microplates removes the solvent at low temperature; for extracts before GC, LC and LC-MS.

• SACO100 — dry block, 1 or 2 blocks, up to 48 tubes, RT+5 to 160 °C
• SACO200 — valve on every needle, 12 or 24 tubes
• SACO300 — 96-well plates, 96 needles
• SACO400 — viewing slots, valve on every needle, 12 tubes
• SACO1000 — water bath, 12 positions, tubes 1–50 mL, RT+5 to 99 °C

One flask rotates in a heated bath under vacuum; the choice for extracts, larger volumes and solvent recovery.

• ROVA193 — 20–200 rpm, bath up to 180 °C
• ROVA450 — 20–320 rpm, bath up to 180 °C
• ROVA900 — 20–280 rpm, 1 L flasks, bath up to 180 °C
• ROVA901 — automatic lift, bath up to 210 °C, LCD control

Stable vacuum for reproducible evaporation, and filtration for the step before concentration.

• ROVA101 — digital vacuum controller, 1–1000 mbar, 5 programs
• ROVAVF10 — stainless steel vacuum filter with borosilicate suction flask

Start from the sample format: many small tubes or plates, or one larger volume in a flask. Then the solvent — water and methanol are easy, high-boiling solvents such as DMSO need deeper vacuum, heating and longer runs — and the number of samples per run.

Many tubes from 0.2 to 50 mL → vacuum centrifugal concentrator; tubes or 96-well plates with nitrogen available → nitrogen evaporator; one larger volume and solvent recovery → rotary evaporator. For organic solvents add a cold trap and a chemically resistant pump.

COLO.Science prepares the complete configuration — instrument, rotor or block, pump and cold trap — according to your samples, solvents and throughput.