Precision and Reliability in the Laboratory Industry
At Maksimum Makina (Maxdryer.com), we offer a range of air and gas preparation solutions designed to meet the specific and high-standard needs of laboratories. Our products aim to minimize contamination and deviations in analysis processes while extending the life of laboratory equipment.
Maksimum Makina At Maxdryer.com, we offer a range of air and gas preparation solutions designed to meet the specific and high-standard needs of laboratories. Our products aim to minimize contamination and drift in analytical processes while extending the life of laboratory equipment.
Major Maximum Machine Products Used in Laboratories
- Nitrogen and Oxygen Generators
The gases most needed in laboratories can be produced on-site and on demand, without being dependent on the supply of cylinders or liquid tanks.
- Nitrogen Generators:
- Areas of Use: Gas Chromatography (GC), Liquid Chromatography (LC)/Mass Spectrometry (MS) (LC/MS), sample concentration and storage/reaction processes requiring an Inert (Protective) Atmosphere.
- Benefit: Increases the reproducibility of analysis results by providing high purity N₂ gas continuously and at low cost.
- Oxygen Generators:
- Areas of Use: Some incineration and thermal analyzers and biological incubators.
- Benefits: Güvenilir ve sürekli O₂ kaynağı sağlar.
- Adsorption and Refrigerated Air Dryers
Pneumatic (air-pressurized) systems of precision instruments and gas analysis lines require air free of moisture.
- Adsorption Type Dryers (Desiccant Air Dryers):
- Areas of Use: Spectrometers and high-precision analyzers where dry air is critical.
- Benefits: Dew point to very low levels (-40°C or -70°C) and prevents even the smallest moisture contamination, thereby maximizing instrument lifetime and analysis accuracy.
- Refrigerated Air Dryers:
- Areas of Use: To supply the general compressed air network used in laboratories (door automations, pneumatic control valves).
- Benefits: Prevents corrosion and malfunctions caused by compressed air.
- High Efficiency Air and Gas Filters (Activated Carbon Tower)
The air used in laboratories must not only be dry, but also free of particles, oil vapors and chemical odors.
- Particle and Coalescent Filters: Protects the internal components of sensitive devices by cleaning the air from dust and oil droplets.
Active Carbon Tower: Specifically captures organic vapors and odors. This is vital for preventing contamination of clean rooms and analytical gas lines.
4. Chiller Cooling Systems
Many high-performance laboratory instruments require continuous and precise cooling to ensure stable operation and prevent overheating.
- Areas of Use:
- Analytical Instruments: Cooling of high heat generating equipment such as Atomic Absorption Spectroscopy (AAS), Inductively Coupled Plasma (ICP), X-Ray Diffractometry (XRD) and electron microscopes.
- Process Control: Temperature control of rotary evaporators, reaction chambers, and exothermic (heat-releasing) chemical reactions.
- Benefits: It ensures that the devices remain at stable operating temperatures, ensuring analysis accuracy and repeatability and reduces the risk of equipment failure and service costs.
- Maximum Makina Solutions: Industrial type chiller solutions that provide reliable, energy efficient and precise temperature control.
Benefits of Maximum Machine Utilization for the Laboratory
- More Reliable Analysis Results: Eliminating contaminants such as moisture and oil prevents instrument drift and ensures repeatability of analyses.
- Cost and Space Savings: On-site gas production eliminates the need for costly and space-consuming gas cylinders, their storage and logistics.
- Equipment Protection: Dry and clean air/gas eliminates the risk of corrosion and clogging of pneumatic and flow control systems of expensive laboratory instruments (chromatographs, spectrometers, etc.).
Maksimum Makina maximizes the reliability of scientific studies and quality control processes by meeting the high expectations of the laboratory industry with the technological solutions it offers.
