Labpro Lab Utilities

Labpro 334 Stainless Steel Furnace Tong (Size: 12–24 Inch) is a durable laboratory tool designed for safe handling of hot crucibles, flasks, and other heated materials. Made from high-grade stainless steel, these furnace tongs offer excellent corrosion resistance, strength, and long-lasting performance in demanding lab environments. Available in sizes from 12″ to 24″, they provide the right reach and control for various applications. The ergonomic design ensures a secure grip and precision handling during high-temperature procedures in chemistry, metallurgy, materials science, and industrial labs. Easy to clean and maintain, the Labpro 334 Stainless Steel Furnace Tong enhances safety and efficiency in furnace operations and heat-related experiments. Trust this reliable accessory for consistent performance and secure material manipulation.

Labpro 159 Wooden Fume Hood is a durable laboratory safety solution designed to protect users from hazardous fumes, vapors, and chemical exposure. Constructed with high-quality, chemically resistant wood and a robust exhaust system, it ensures effective ventilation and safe working conditions. Ideal for educational, research, and industrial laboratories, it supports compliance with essential laboratory safety standards. This wooden fume hood features a spacious work area, smooth sliding sash, and efficient airflow design for comfortable and secure operation. Its sturdy structure minimizes vibration and enhances long-term performance. The Labpro 159 Wooden Fume Hood improves laboratory safety, maintains air quality, and creates a controlled environment for handling chemicals and sensitive experiments.

A Labpro 159 SS 3x2x2 foot Fume Hood is a type of ventilation system designed to contain and remove hazardous or noxious gases, vapors, and fumes that are generated during laboratory procedures. It is a safety device that is widely used in scientific research, chemical processing, and other industries where hazardous materials are handled. The fume hood works by drawing air into the enclosure and then expelling it through a ventilation system, usually to the outside environment. The hood is designed to prevent harmful substances from escaping into the laboratory, protecting both the user and the surrounding environment. Fume hoods come in different types and sizes, including bench-top, floor-mounted, and walk-in models. They can be ducted or ductless, depending on the specific needs of the laboratory. Ducted fume hoods are connected to an external ventilation system that carries the air out of the laboratory, while ductless hoods use filters to remove harmful substances from the air before returning it to the laboratory. Ductless hoods are often used in situations where it is not possible to connect to an external ventilation system, but they require regular maintenance to ensure that the filters are working properly. Fume hoods are an essential safety device in laboratories where hazardous materials are used, and they must be properly maintained and tested to ensure their effectiveness. The airflow velocity, face velocity, and air exchange rate must be monitored and adjusted regularly to ensure that the hood is working properly and providing adequate protection. Overall, fume hoods are an essential tool for laboratory personnel who handle hazardous materials, providing a safe and controlled environment to protect both the user and the surrounding environment from exposure to potentially harmful substances.

Labpro Laser Pointer Imported for 172 Labpro Overhead Projector is a type of laser pointer that is commonly used in scientific and educational settings. It is an imported brand that is known for its high-quality and precision. Labpro Laser Pointer is typically used to point out specific areas or objects during lectures, presentations, and experiments. The laser beam is highly focused and produces a bright, visible dot that can be easily seen from a distance. The laser pointer is powered by batteries and typically features a compact design that is easy to carry and use. It also features a push-button switch that allows the user to turn the laser on and off, as well as adjust the focus of the beam. Labpro Laser Pointer is available in different colors, including green and red, with green being the most commonly used due to its high visibility and low divergence. It is also available in different power levels, with higher power levels producing brighter and more visible beams. It is important to note that laser pointers, including Labpro Laser Pointer, can be potentially dangerous if used improperly. They should never be pointed at people, animals, or reflective surfaces, and should be used with caution and under the supervision of a trained professional. Overall, Labpro Laser Pointer is a high-quality and reliable laser pointer that is popular in scientific and educational settings for its precision and ease of use.

A Labpro 303 Burette Clamp with 7 Inch Mild Steel Rod is a type of laboratory equipment used to hold a burette in place during experiments. A burette is a glass tube with a stopcock at the bottom, used to measure and dispense precise amounts of liquid in chemistry and biology experiments. The burette clamp is designed with a spring-loaded mechanism that allows it to securely grip the burette and hold it in place. The 7-inch mild steel rod attached to the clamp provides a sturdy base for the burette to be mounted onto, allowing it to be adjusted to different angles and positions as needed. The mild steel rod used in the burette clamp is durable and resistant to corrosion, making it suitable for use in laboratory environments where chemicals and other corrosive substances are commonly used. The clamp itself is typically made of metal or plastic, and is designed to be easily adjustable to accommodate different sizes of burettes. Overall, a burette clamp with a 7-inch mild steel rod is a reliable and essential piece of laboratory equipment that allows for accurate and precise measurement and dispensing of liquids during experiments. Burette clamps are widely used in laboratory settings for a variety of applications, including: Titration: In titration experiments, burette clamps are used to hold the burette in place while the titrant is slowly dispensed into the solution being analyzed. This allows for precise measurement and control of the titration process. pH measurement: Burette clamps can also be used to hold pH electrodes in place during pH measurements. This allows for accurate and consistent measurements over time. Chemical reactions: Burette clamps are used to hold burettes in place while chemicals are added to a reaction mixture. This allows for controlled and precise addition of chemicals, which is important for many types of chemical reactions.

The Labpro 316A Bending Type Retort Stand is a versatile and sturdy support system designed for complex laboratory setups that require adjustable positioning of clamps and apparatus. Featuring a bending‑type design, it allows flexible configuration of rods and holders, making it ideal for customized experimental arrangements. Constructed from durable materials with a corrosion‑resistant finish, it offers long‑lasting stability and dependable performance in demanding lab environments. Perfect for chemistry labs, research facilities, educational institutions, and industrial laboratories, the Labpro 316A supports a wide range of experiments including titrations, distillations, and heating applications. Its ergonomic design and easy adjustability enhance efficiency and safety. This retort stand is a practical choice for professionals and students needing flexible and reliable apparatus support.

Labpro 159 Stainless Steel Fume Hood is a premium laboratory safety enclosure designed for maximum protection against hazardous fumes, vapors, and chemical emissions. Manufactured using high-grade stainless steel, it offers excellent corrosion resistance, durability, and easy maintenance. This fume hood is ideal for pharmaceutical, chemical, research, and cleanroom laboratories requiring high hygiene and safety standards. The fume hood features a spacious working area, smooth sash mechanism, and an efficient exhaust system that ensures consistent airflow and contaminant removal. Its sturdy stainless steel construction supports long-term, heavy-duty laboratory use while maintaining a clean and professional appearance. The Labpro 159 Stainless Steel Fume Hood ensures superior safety, air quality control, and reliable laboratory performance.

Labpro 159 Mild Steel Fume Hood is a robust laboratory safety enclosure designed to effectively remove hazardous fumes, vapors, and airborne contaminants. Built from high-quality mild steel with a corrosion-resistant finish, it ensures long-lasting durability and reliable performance. Ideal for chemical, pharmaceutical, and industrial laboratories, it helps maintain a safe and compliant working environment. This fume hood features a spacious work chamber, smooth sash operation, and an efficient ventilation system for optimal airflow control. Its sturdy construction supports heavy-duty laboratory applications while reducing vibration and noise. The Labpro 159 Mild Steel Fume Hood enhances laboratory safety, protects personnel, and ensures effective containment during critical laboratory procedures.

A Labpro 304 Three Finger Clamp with 7 Inch Mild Steel Rod is a type of laboratory equipment used to hold a burette in place during experiments. A burette is a glass tube with a stopcock at the bottom, used to measure and dispense precise amounts of liquid in chemistry and biology experiments. The burette clamp is designed with a spring-loaded mechanism that allows it to securely grip the burette and hold it in place. The 7-inch mild steel rod attached to the clamp provides a sturdy base for the burette to be mounted onto, allowing it to be adjusted to different angles and positions as needed. The mild steel rod used in the burette clamp is durable and resistant to corrosion, making it suitable for use in laboratory environments where chemicals and other corrosive substances are commonly used. The clamp itself is typically made of metal or plastic, and is designed to be easily adjustable to accommodate different sizes of burettes. Overall, a burette clamp with a 7-inch mild steel rod is a reliable and essential piece of laboratory equipment that allows for accurate and precise measurement and dispensing of liquids during experiments. Burette clamps are widely used in laboratory settings for a variety of applications, including: Titration: In titration experiments, burette clamps are used to hold the burette in place while the titrant is slowly dispensed into the solution being analyzed. This allows for precise measurement and control of the titration process. pH measurement: Burette clamps can also be used to hold pH electrodes in place during pH measurements. This allows for accurate and consistent measurements over time. Chemical reactions: Burette clamps are used to hold burettes in place while chemicals are added to a reaction mixture. This allows for controlled and precise addition of chemicals, which is important for many types of chemical reactions.

The Labpro 315 Mild Steel Retort Stand is a durable and versatile laboratory support system ideal for holding clamps, rings, and other accessories during experiments. Constructed from high‑quality mild steel with a corrosion‑resistant finish, it offers long‑lasting stability and reliable performance in educational, research, and industrial lab settings. Its robust base and upright rod ensure secure support for titration setups, heating apparatuses, and other common laboratory assemblies. Perfect for chemistry labs, biology classrooms, and scientific research facilities, the Labpro 315 provides a practical and stable solution for various experimental needs. Easy to assemble and adjust, this retort stand enhances workflow efficiency and safety. It’s a dependable choice for professionals and students requiring sturdy support for their laboratory apparatus.

A Labpro 309 Three Finger Jaw Condenser Clamp with 12x3/8 Inch Mild Steel Rod is a type of laboratory equipment used to hold a burette in place during experiments. A burette is a glass tube with a stopcock at the bottom, used to measure and dispense precise amounts of liquid in chemistry and biology experiments. The burette clamp is designed with a spring-loaded mechanism that allows it to securely grip the burette and hold it in place. The 7-inch mild steel rod attached to the clamp provides a sturdy base for the burette to be mounted onto, allowing it to be adjusted to different angles and positions as needed. The mild steel rod used in the burette clamp is durable and resistant to corrosion, making it suitable for use in laboratory environments where chemicals and other corrosive substances are commonly used. The clamp itself is typically made of metal or plastic, and is designed to be easily adjustable to accommodate different sizes of burettes. Overall, a burette clamp with a 7-inch mild steel rod is a reliable and essential piece of laboratory equipment that allows for accurate and precise measurement and dispensing of liquids during experiments. Burette clamps are widely used in laboratory settings for a variety of applications, including: Titration: In titration experiments, burette clamps are used to hold the burette in place while the titrant is slowly dispensed into the solution being analyzed. This allows for precise measurement and control of the titration process. pH measurement: Burette clamps can also be used to hold pH electrodes in place during pH measurements. This allows for accurate and consistent measurements over time. Chemical reactions: Burette clamps are used to hold burettes in place while chemicals are added to a reaction mixture. This allows for controlled and precise addition of chemicals, which is important for many types of chemical reactions.

A Labpro 308 Jumbo Clamp with 12x3/8 Inch Mild Steel Rod is a type of laboratory equipment used to hold a burette in place during experiments. A burette is a glass tube with a stopcock at the bottom, used to measure and dispense precise amounts of liquid in chemistry and biology experiments. The burette clamp is designed with a spring-loaded mechanism that allows it to securely grip the burette and hold it in place. The 7-inch mild steel rod attached to the clamp provides a sturdy base for the burette to be mounted onto, allowing it to be adjusted to different angles and positions as needed. The mild steel rod used in the burette clamp is durable and resistant to corrosion, making it suitable for use in laboratory environments where chemicals and other corrosive substances are commonly used. The clamp itself is typically made of metal or plastic, and is designed to be easily adjustable to accommodate different sizes of burettes. Overall, a burette clamp with a 7-inch mild steel rod is a reliable and essential piece of laboratory equipment that allows for accurate and precise measurement and dispensing of liquids during experiments. Burette clamps are widely used in laboratory settings for a variety of applications, including: Titration: In titration experiments, burette clamps are used to hold the burette in place while the titrant is slowly dispensed into the solution being analyzed. This allows for precise measurement and control of the titration process. pH measurement: Burette clamps can also be used to hold pH electrodes in place during pH measurements. This allows for accurate and consistent measurements over time. Chemical reactions: Burette clamps are used to hold burettes in place while chemicals are added to a reaction mixture. This allows for controlled and precise addition of chemicals, which is important for many types of chemical reactions.

A Labpro 307 Retort Clamp with 7 Inch Mild Steel Rod is a type of laboratory equipment used to hold a burette in place during experiments. A burette is a glass tube with a stopcock at the bottom, used to measure and dispense precise amounts of liquid in chemistry and biology experiments. The burette clamp is designed with a spring-loaded mechanism that allows it to securely grip the burette and hold it in place. The 7-inch mild steel rod attached to the clamp provides a sturdy base for the burette to be mounted onto, allowing it to be adjusted to different angles and positions as needed. The mild steel rod used in the burette clamp is durable and resistant to corrosion, making it suitable for use in laboratory environments where chemicals and other corrosive substances are commonly used. The clamp itself is typically made of metal or plastic, and is designed to be easily adjustable to accommodate different sizes of burettes. Overall, a burette clamp with a 7-inch mild steel rod is a reliable and essential piece of laboratory equipment that allows for accurate and precise measurement and dispensing of liquids during experiments. Burette clamps are widely used in laboratory settings for a variety of applications, including: Titration: In titration experiments, burette clamps are used to hold the burette in place while the titrant is slowly dispensed into the solution being analyzed. This allows for precise measurement and control of the titration process. pH measurement: Burette clamps can also be used to hold pH electrodes in place during pH measurements. This allows for accurate and consistent measurements over time. Chemical reactions: Burette clamps are used to hold burettes in place while chemicals are added to a reaction mixture. This allows for controlled and precise addition of chemicals, which is important for many types of chemical reactions.

A Labpro 305 Four Finger Clamp with 7 Inch Mild Steel Rod is a type of laboratory equipment used to hold a burette in place during experiments. A burette is a glass tube with a stopcock at the bottom, used to measure and dispense precise amounts of liquid in chemistry and biology experiments. The burette clamp is designed with a spring-loaded mechanism that allows it to securely grip the burette and hold it in place. The 7-inch mild steel rod attached to the clamp provides a sturdy base for the burette to be mounted onto, allowing it to be adjusted to different angles and positions as needed. The mild steel rod used in the burette clamp is durable and resistant to corrosion, making it suitable for use in laboratory environments where chemicals and other corrosive substances are commonly used. The clamp itself is typically made of metal or plastic, and is designed to be easily adjustable to accommodate different sizes of burettes. Overall, a burette clamp with a 7-inch mild steel rod is a reliable and essential piece of laboratory equipment that allows for accurate and precise measurement and dispensing of liquids during experiments. Burette clamps are widely used in laboratory settings for a variety of applications, including: Titration: In titration experiments, burette clamps are used to hold the burette in place while the titrant is slowly dispensed into the solution being analyzed. This allows for precise measurement and control of the titration process. pH measurement: Burette clamps can also be used to hold pH electrodes in place during pH measurements. This allows for accurate and consistent measurements over time. Chemical reactions: Burette clamps are used to hold burettes in place while chemicals are added to a reaction mixture. This allows for controlled and precise addition of chemicals, which is important for many types of chemical reactions.

The Labpro 317 Tripod Stand is a sturdy and dependable support accessory ideal for a wide range of laboratory applications. Constructed from high‑quality materials with a corrosion‑resistant finish, this tripod stand provides stable support for heating flasks, beakers, and other apparatus during experiments. Its three‑leg design ensures balanced weight distribution and reliable performance even under demanding conditions. Perfect for educational labs, research facilities, and industrial laboratories, the Labpro 317 Tripod Stand is easy to set up and compatible with various accessories like wire gauze and clay triangles. Its durable build and simple design make it a practical choice for professionals and students alike. This stand enhances safety and efficiency in routine laboratory heating and support tasks.

Labpro 332 12 Inch Mild Steel Chrome Plated Beaker Tong is a common laboratory tool used to handle beakers and other laboratory glassware. The tongs are typically made from mild steel and coated with a layer of chrome to prevent corrosion and improve durability. The tongs are designed with a spring-loaded mechanism that allows for a firm grip on beakers of various sizes, while still allowing for easy manipulation and movement. This makes it easy to safely move hot beakers or other laboratory glassware without risking damage or injury. Some common applications of mild steel chrome plated beaker tongs include: Heating and stirring liquids: Tongs can be used to hold and manipulate beakers over hot plates or other heat sources while stirring liquids or other solutions. Transporting chemicals: Tongs can be used to safely transport beakers containing chemicals from one location to another. Sterilizing glassware: Tongs can be used to move glassware in and out of sterilizing solutions, such as autoclaves or chemical sterilizers. Mixing solutions: Tongs can be used to mix solutions by holding and manipulating multiple beakers at once. Overall, mild steel chrome plated beaker tongs are a versatile laboratory tool that can be used for a variety of applications in different scientific fields. Mild steel chrome plated beaker tongs are a common laboratory tool used to handle beakers and other laboratory glassware. The tongs are typically made from mild steel and coated with a layer of chrome to prevent corrosion and improve durability. The tongs are designed with a spring-loaded mechanism that allows for a firm grip on beakers of various sizes, while still allowing for easy manipulation and movement. This makes it easy to safely move hot beakers or other laboratory glassware without risking damage or injury.

A three-finger clamp, also known as a three-prong clamp or three-jaw clamp, is a common laboratory apparatus used to hold or secure various items, such as glassware, tubes, or rods, in a laboratory setting. It is named for its three adjustable fingers or prongs that can be tightened or loosened to grip objects of different sizes. Key features and components of a three-finger clamp include: Prongs: The clamp consists of three prongs or fingers that are usually made of metal, such as stainless steel or nickel-plated brass. These prongs have serrated surfaces to provide a secure grip on objects without damaging them. Adjustability: The prongs are attached to a central rod or screw mechanism, which allows them to be adjusted and tightened or loosened as needed. This adjustability enables the clamp to accommodate various diameters or sizes of objects. Jaws: The ends of the prongs typically have flat or slightly concave jaws that make contact with the object being held. These jaws help distribute the clamping force evenly and minimize the risk of slippage. Locking Mechanism: Many three-finger clamps have a locking mechanism, such as a thumbscrew or knurled knob, that allows the prongs to be secured in place once the desired position and grip have been achieved. Attachment Options: The clamp may have additional attachment options, such as a threaded hole or a rod for mounting onto laboratory stands or other apparatus. Three-finger clamps are versatile tools commonly used in chemistry, biology, and physics laboratories. They are used in various applications, including holding burettes, test tubes, condensers, thermometer clamps, and other lab equipment during experiments or procedures. The ability to adjust the grip size makes them useful for holding objects of different diameters securely. When using a three-finger clamp, it is important to ensure that the grip is tight enough to hold the object securely but not so tight as to risk breakage or damage. Care should be taken to position the object and tighten the clamp appropriately for stability and safety. Overall, three-finger clamps are essential tools for laboratory work, providing a reliable and adjustable means of holding objects in place during experiments, setups, or procedures.

A Labpro 278 Tablet Polishing Pan, also known as a tablet polishing machine or tablet polishing drum, is a device used in the pharmaceutical industry to improve the appearance and smoothness of tablets. It is a critical step in tablet manufacturing to enhance the tablet's aesthetic quality and reduce surface imperfections. Here are some key features and aspects of a tablet polishing pan: Design and Construction: A tablet polishing pan consists of a rotating drum or pan made of stainless steel or other suitable materials. The pan is typically lined with a soft, non-abrasive material, such as silicone or synthetic rubber, to prevent damage to the tablets during the polishing process. Polishing Process: Tablets are loaded into the polishing pan, and the pan is set in motion. As the pan rotates, the tablets tumble against each other, creating a rubbing or polishing action. This process helps to remove surface imperfections, such as rough edges, dust particles, or excess powder, resulting in a smoother and more uniform tablet surface. Polishing Media: To aid in the polishing process, polishing pans may incorporate polishing media, such as polishing beads or granules. These media assist in the rubbing and polishing action, enhancing the tablet surface finish. The selection of appropriate polishing media depends on the tablet characteristics and desired polishing outcome. Control Systems: Tablet polishing pans typically have adjustable speed and tilt controls to optimize the polishing process. Operators can adjust the rotation speed and tilt angle of the pan to achieve the desired polishing effect while avoiding tablet damage or excessive wear. Dust Collection: Tablet polishing pans may include dust collection systems to capture and remove dust particles generated during the polishing process. This helps maintain a clean working environment and prevents contamination. Validation and Compliance: Tablet polishing pans used in the pharmaceutical industry must meet regulatory requirements, such as Good Manufacturing Practices (GMP). They should be designed and constructed to facilitate easy cleaning and sanitization to ensure product safety and quality. Integration in Tablet Manufacturing Line: Tablet polishing pans are often integrated into a larger tablet manufacturing line, which may include tablet presses, coating machines, and other equipment. The polishing process typically follows tablet compression and may be followed by tablet coating or packaging steps. It's important to follow the manufacturer's guidelines and recommendations for operating and maintaining the tablet polishing pan to ensure optimal performance and longevity. Proper cleaning, regular inspection, and routine maintenance are essential to keep the equipment in good working condition and prevent cross-contamination between different tablet batches.