Laboratory Layout and Ergonomics

Laboratory hanging systems offer practical and safe solutions for the organized storage, transportation, and use of laboratory equipment. Especially in chemical and biological laboratories, the safe storage and transportation of glassware, tubes, and other equipment are important for both the safety of workers and the lifespan of the equipment.

Benefits of Laboratory Hanging Systems

• Organization: Laboratory hanging systems ensure the organized storage of laboratory equipment, saving space. Especially in laboratories with limited space, hanging systems allow for more equipment storage and efficient use of workspace.
• Ergonomics: Hanging systems enable easy access to laboratory equipment. This eliminates the need for workers to bend or stretch to reach equipment, reducing risks to occupational health and safety.
• Safety: Laboratory hanging systems ensure the safe storage of glassware, tubes, and other delicate equipment. Specially designed hangers prevent equipment from falling or breaking. Additionally, there are special hanging systems available for the safe storage of chemical substances.

Considerations When Choosing Laboratory Hanging Systems

• Type of Equipment: It's important to choose a hanging system suitable for the type and size of equipment used in your laboratory. Different hanging models are available for glassware, tubes, pipettes, and other equipment.
• Material: Laboratory hanging systems should be made of materials resistant to chemicals and high temperatures. Materials like stainless steel, aluminum, and plastic are often preferred for their durability and chemical resistance.
• Load Capacity: The maximum load the hanging system can bear should be suitable for the weight of the equipment used in your laboratory. Overloading can damage the hanging system and cause equipment to fall.

Our Range of Laboratory Hanging Systems

In our wide range of products, we offer laboratory hanging systems suitable for different types and sizes of equipment. We provide solutions such as glassware hangers, tube hangers, pipette hangers, bottle hangers, and other specialized hanger models to ensure the organization and safety of your laboratory.

Safe and Controlled Environment of Laboratory Experiments

Gas systems are of vital importance for the safe storage, transportation, and utilization of various gases in laboratories. Especially in chemical and biological laboratories, the safe usage of flammable, explosive, or toxic gases is crucial for both the safety of workers and the accuracy of experiment results.

Importance of Laboratory Gas Systems

• Safety: Laboratory gas systems are specially designed to prevent gas leaks, control gas pressure, and shut off gas flow in emergencies. Safety equipment such as gas detectors, alarm systems, and automatic shut-off valves minimize potential risks.
• Control: Laboratory gas systems are equipped with equipment such as regulators, valves, and measuring devices to precisely control gas flow. This allows for precise adjustment of the amount and pressure of gases used in experiments.
• Efficiency: Laboratory gas systems are equipped with special cabinets and carts for the safe storage and transportation of gas cylinders. This makes replacing and transporting gas cylinders easier and safer.

Considerations When Choosing Laboratory Gas Systems

• Type of Gas: It is important to choose a gas system suitable for the characteristics of the gases used in your laboratory. Different safety measures may be required for flammable, explosive, or toxic gases.
• Capacity: Choosing a gas system suitable for your laboratory's gas consumption ensures uninterrupted gas flow. Factors such as gas cylinder capacity, regulator capacity, and pipe diameter should be considered.
• Safety Features: Choosing a gas system with safety features such as gas detectors, alarm systems, automatic shut-off valves, and emergency showers is critical for laboratory safety.

Our Range of Laboratory Gas Systems

In our wide range of products, we offer laboratory gas systems suitable for different types and capacities of gases. We provide solutions to enhance the safety and efficiency of your laboratory with equipment such as gas cylinder cabinets, regulators, valves, measuring devices, gas detectors, and alarm systems.

Indispensable for Laboratory Hygiene and Safety

Laboratory sinks and water systems are of critical importance for the safe disposal of chemical waste, cleaning laboratory equipment, and maintaining a hygienic working environment. Especially in chemical laboratories, sinks and water systems made from materials resistant to acids and other corrosive substances should be preferred.

Importance of Laboratory Sinks and Water Systems

• Chemical Waste Management: Proper disposal of chemicals used in laboratories is crucial for environmental and human health. Acid-resistant sinks and special wastewater pipes ensure the safe removal of chemical waste without harming the environment.
• Hygiene: Hygiene in the laboratory environment is critical for the reliability of experiment results and the health of workers. Laboratory sinks are used for cleaning equipment and work surfaces. Sinks with antibacterial properties prevent the formation of microbes and bacteria.
• Safety: Sinks made from materials resistant to chemical substances protect laboratory workers and equipment in case of accidental spills or splashes. Additionally, safety equipment such as emergency eye wash stations and hand washing units can be integrated into sink systems for emergency situations.

Considerations When Choosing Laboratory Sinks and Water Systems

• Material: Laboratory sinks should be made from materials resistant to chemicals and high temperatures. Materials like polypropylene, epoxy resin, and stainless steel are often preferred for their durability and chemical resistance.
• Design: The design of the laboratory sink should be suitable for its intended use and the size of the laboratory. Single or double-bowl sinks can accommodate different needs. Deep and wide sinks are more suitable for washing large equipment.
• Installation: The installation of laboratory sinks should allow for easy cleaning and maintenance. Wall-mounted or countertop sinks offer different installation options.

Our Range of Laboratory Sinks and Water Systems

In our wide range of products, we offer laboratory sinks made from different materials and designs. Polypropylene, epoxy resin, and stainless steel sinks cater to various needs with their different chemical resistances and durability. Additionally, we provide safety equipment such as emergency showers, eye wash units, and hand washing faucets.

The Cornerstone of Laboratory Safety and Efficiency

Electric systems, indispensable elements of modern laboratories, ensure experiments are conducted safely and without interruptions. Unlike standard outlets, laboratory electric systems are equipped with safety measures such as special grounding, overload protection, and short circuit prevention.

Why Choose Laboratory Electric Systems?

• Safety: Electric systems are specifically designed to prevent electrical shocks and fires that may occur in laboratory environments. Safety equipment such as grounding outlets, ground fault circuit interrupters (GFCIs), and circuit breaker panels minimize potential risks.
• Efficiency: Laboratory electric systems provide a stable power supply, ensuring experiments can be conducted uninterrupted. Voltage fluctuations and outages can adversely affect sensitive experiment results. Therefore, laboratory electric systems enhance the reliability of experiments.
• Compliance: Laboratory electric systems are manufactured in accordance with international safety standards. This ensures that your laboratory meets safety standards and prevents potential legal issues.

Considerations When Choosing Laboratory Electric Systems

• Power Requirements: It is important to choose an electric system that matches the total power consumption of the devices in your laboratory. Inadequate power supply can hinder the efficient operation of devices.
• Safety Features: Opting for an electric system with safety features such as grounding outlets, GFCIs, circuit breaker panels, and overload protection is crucial for laboratory safety.
• Quality and Durability: Electric systems used in laboratory environments should be resistant to chemicals and other harsh conditions. Selecting a high-quality and durable electric system made from quality materials ensures cost savings in the long run.

Our Range of Laboratory Electric Systems

In our wide range of products, we offer electric systems suitable for different power requirements and laboratory types. We provide solutions that enhance the safety and efficiency of your laboratory with grounding outlets, GFCIs, circuit breaker panels, power distribution units, and other electric accessories.