The Sputter deposits thin films of metals or oxides onto substrates in a vacuum.

It is widely used for producing thin films in semiconductors, sensors, and optical devices.

It provides high uniformity and strong adhesion.

The 3D Printer fabricates objects by layering material based on digital design data.

It is mainly used for prototyping, part production, and customized manufacturing.

Various materials such as plastics and metals can be used.

Electro-Spray uses high voltage to atomize liquids into fine particles.

It is applied in nanoparticle generation, spray coating, and sample preparation.

Precise control of particle size is possible.

Raman Microscope analyzes chemical and structural information via Raman scattering.

It enables non-destructive, high-resolution spectral analysis essential for material research.

Used mainly for studying chemical properties of solids, liquids, and biological samples.

Inverted Fluorescence Microscope observes cells and tissues with fluorescent labeling.

Essential for studying structure and function of biological samples.

Capable of capturing high-resolution images.

A Sourcemeter is a precision instrument that can both source voltage or current and simultaneously measure them.

It is essential for characterizing the electrical properties (I-V curves) of semiconductors, sensors, and other electronic devices.

It offers high precision, wide dynamic range, and four-quadrant operation (source and sink).

Furnace heats samples at high temperatures for processing.

It is used in heat treatment, sintering, and synthesis of various materials.

Suitable for experiments requiring high thermal resistance.

The Drying Oven removes moisture from samples or sterilizes lab equipment using controlled heat.

It is commonly used for drying glassware, processing samples, and performing material tests in various labs.

It provides uniform temperature distribution and precise control for reliable results.

Sonicator uses ultrasound to disperse and clean samples.

It is used for homogenizing suspensions and cell disruption.

Provides efficient processing and uniform dispersion.

Centrifuge separates samples using centrifugal force.

Widely used in biology, chemistry, and medicine for material separation and purification.

Supports various rotation speeds and sample capacities.

Pneumatic Flow Controller precisely controls fluid flow using pressure.

Utilized in process control and maintaining experimental conditions.

Allows stable and repeatable flow regulation.

Syringe Pump operates on pressure to deliver precise microfluidic injections.

Commonly used in biological and chemical experiments for drug delivery and mixing.

Offers high accuracy and control.

Live Cell Incubator controls temperature, humidity, and CO₂ levels for cell culture.

Provides optimal environment for cell growth and physiological activity.

Essential equipment for laboratory cell cultivation.

An Autoclave is a machine used to sterilize equipment and supplies using high-pressure saturated steam.

It is critical for eliminating all forms of microbial life in biological research, medical, and cell culture applications.

It achieves sterilization by heating contents to temperatures above the boiling point of water.

Oxygen Plasma Cleaner uses oxygen plasma for surface cleaning and modification.

Widely applied in nanotechnology, semiconductor, and bio fields.

Effective for contaminant removal and surface activation.

Spin Coater forms uniform thin films on substrates through rotational coating.

Used in semiconductor, display, and nanomaterials research.

Offers fast and uniform coating.

This device uses a high-precision laser to engrave patterns or text onto material surfaces.

Its Galvo Scanner provides high-speed control of the laser beam for precise, intricate patterning.

Applications include surface marking on materials like metal and plastic, micro-patterning, and engraving sample IDs.

A fume hood is a ventilated enclosure that protects users by exhausting hazardous fumes, vapors, and dusts.

It is widely used in chemistry and material labs to ensure a safe working environment.

Provides airflow control and filtration to minimize exposure to harmful substances.

A portable fume hood is a mobile, self-contained system that protects users by capturing and filtering fumes directly at the source.

Its ductless, filter-based design allows for easy placement anywhere in the lab without requiring fixed ventilation.

Ideal for applications with small chemical volumes, limited space, or where mobility is essential for safety.

A biosafety cabinet provides a sterile and contained workspace to protect users, samples, and the environment from biological hazards.

Commonly used in microbiology, cell culture, and clinical laboratories.

Equipped with HEPA filters to maintain air cleanliness and contamination control.

A laboratory refrigerator/freezer is designed to store biological samples, chemicals, and reagents at controlled low temperatures.

Ensures sample stability, prevents degradation, and maintains chemical integrity.

Provides reliable temperature monitoring and alarms to protect sensitive materials.

A stationary cabinet designed for the secure, long-term storage of flammable, corrosive, or toxic chemicals.

Typically features robust, fire-resistant construction and can be connected to a building's ventilation system for fume extraction.

Provides centralized, high-capacity storage in a designated area to ensure laboratory safety and organization.

A mobile cabinet that offers flexible, point-of-use storage for hazardous reagents and solvents.

Constructed with chemical-resistant materials, it often includes lockable doors and a spill-containment base for safety.

Equipped with wheels, this cabinet allows for easy transport of chemicals between workstations or different lab areas.