Analytical Equipment

Didactic Manufactur Hamburg provides comprehensive solutions for the field of Analytical equipment.

These solutions are structured according to the different categories and offer a professional-grade equipment designed for education, basic and advanced analyses, as well as research applications.

As the range of equipment associated with these specializations is extensive and depends on the specific objectives and structure of each target, DMH prepares and provides individualized quotations following a personal consultation to ensure the most suitable solution for your analytical requirements.

A. Sample Preparation

• Analytical balance, needed for precise weighing for reagents, standards, samples, Readability 0.1 mg; capacity 200–300 g; internal calibration

• Precision balance, for routine weighing, Readability 1 mg; capacity 2–5 kg

• pH meter, needed for water, food, soil extracts. Accuracy ±0.01 pH; automatic temperature compensation

• Centrifuge, required for phase separation, biological or chemical samples. Speed up to 15,000 rpm; refrigerated option

• Ultrasonic bath, needed for sample extraction, cleaning glassware. Frequency ~40 kHz; volume 3–10 L

• Microwave digestion system, sample digestion for ICP/AAS. Temperature up to 200–250°C; pressure up to 40 bar

• Rotary evaporator, for solvent removal, concentration. Vacuum control; bath temp 20–180°C

• Solid phase extraction manifold, sample cleanup for chromatography. 12–24 port vacuum manifold

B. Wet Chemistry

• Automatic titrator, Acid/base, redox, precipitation titration. pH/ISE electrodes; auto burette 10–20 mL

• Karl Fischer titrator Water content determination Coulometric or volumetric method

• UV-Vis spectrophotometer, quantitative analysis of dissolved compounds. Wavelength range 190–1100 nm; double beam

• FTIR spectrometer, Molecular identification Range 4000–400 cm⁻¹; ATR accessory

C. Chromatography

• HPLC system, for pharmaceuticals, food additives, toxins. Pressure up to 400 bar; UV/Diode array detector

• UHPLC system, High-resolution fast chromatography. Pressure up to 1000–1500 bar

• GC-FID, for petrochemicals, solvents, hydrocarbons. Temperature up to 450°C; FID detector

• GC-MS, for Volatile organics, toxins, environmental pollutants. Mass range 1–1000 m/z; EI ionization

• Ion chromatography, anions/cations in water or soil. Suppressed conductivity detection

• LC-MS/MS, for trace contaminants, pesticides, pharma impurities. Triple quadrupole MS; high sensitivity

D. Elemental Analysis

• AAS, for Metal analysis in water, food, soil. Flame or graphite furnace options

• ICP-OES, Multi-element analysis. Detection limits ppb; plasma ~8000 K

• ICP-MS, Ultra-trace metal analysis. Detection limits ppt; mass range 7–250 amu

• XRF spectrometer, Solid material elemental analysis. Energy dispersive detector

E. Spectroscopy

• Fluorescence spectrophotometer, Trace organics, biomolecules. Excitation 200–900 nm

• Raman spectrometer, Material identification, Laser 532/785 nm

• NIR spectrometer, for food, pharma rapid screening Range 800–2500 nm

F. Thermal Analysis

• DSC, Thermal transitions in materials. Temp range -150 to 600°C

• TGA, Thermal stability and composition. Temp up to 1000°C

G. Water Analysis

• TOC analyzer, for total organic carbon in water. Detection 0–30,000 ppm

• BOD measurement system, Biological oxygen demand. 5-day BOD method

• COD reactor, for chemical oxygen demand. Thermoreactor 150°C digestion

H. Gas Analysis

• Portable gas analyzer, Industrial or environmental gases. Sensors for O2, CO, CO2, CH4

• Headspace sampler, volatile compounds in liquids. Heated vial system 40–200°C

I. Infrastructure

• Chemical fume hood, Safe handling of chemicals. Airflow ~0.5 m/s

• Safety shower & eye wash, Emergency chemical exposure. ANSI/EN compliant

• Flammable storage cabinet, Storage of solvents. Fire resistant 90 min

• Gas distribution system, Carrier gases for GC/ICP. High purity gas regulators

• LIMS software, Laboratory data management. Sample tracking & reporting

Before planning DMH highly recommends to clarify the following key points :

• what sample types you will analyze ?

• expected number of students ?

• expected number of samples per day ?

• whether the lab is for teaching, research, or commercial service ?

• target methods and standards ?

• required detection limits ?

• available utilities: power, water, gas, ventilation ?

• maintenance capacity and local service support ?

• budget for consumables, not only instruments ?

As this kind of equipment belongs to the most complicated to train, you should also clarify the available experience within your staff.