Labware Jacks

Labware Jacks (scissor jacks) support or elevate flasks, beakers, water baths, stirrers, and other laboratory apparatus. These lifting stages are usually made from mild, aluminum, or stainless steel.

The jack’s mechanical mechanism involves a central screw connected to the main piece between two layers of crossing metal pieces. Turning the screw increases and decreases the angle between the metal pieces, which results in the extension and contraction of the platform height.

Scissor-like mechanism

A laboratory needs a stable working base to place objects on and a height easily adjusted to the user’s requirements. Lab jacks, also called scissor jacks, cater to this need by providing a lifting stage for flasks, beakers, water baths, and stirrers.

The mechanism of these lifts consists of metal pieces connected in a scissor-like shape between a top and bottom platform. The components act as an adjustable lift using the scissors mechanism (or pantograph) to change its height and withstand various weights, depending on its make.

A typical jack has a weight capacity of up to 30 kg and can be used for various heavy-duty applications. When adjusting the height of the jack, avoid changing it when you already have an object placed on the platform. If you do, hold the item while turning the knob to prevent spillage or breakage of the apparatus.

Central screw mechanism

The best part about these rugged and impressively crafted lab gizmos is their long-term wearability. They are well suited to the rigorous rigors of modern biomedical research, specialists and neanderthals alike. These tidbits aren’t just for geeks and gals with a passion for science and technology; they also make great knickknacks for the office or home bar. Most of all, labware Jacks are a worthy winner in the best buy category in the biomedical lab. These are the real deal, not to be confused with the more expensive brethren. A must-have in any lab, the labware can a t be snaffled in no time flat.


A laboratory jack is a device that helps elevate and support a wide range of lab apparatuses. It can hold hot plates, flasks, baths, and stirrers, among other items. It is a staple in chemistry labs because it provides a stable working base and precise height adjustment for various equipment.

Typical uses of lab jacks include chemical, biomedical, pharmaceutical, and university laboratories. Made of mild steel, aluminum, or stainless steel, they can withstand a variety of maximum load capacities.

A lab jack consists of two metal pieces connected in a scissor-like manner between a top platform and a bottom platform. The metal piece acts as an adjustable lift using the scissors mechanism or pantograph to varying heights of 5 to 15 cm and can withstand a range of weights, depending on its make. A knob at the side adjusts the height level of the top platform. This aluminum platform lab jack is ideal for elevating and supporting beakers, flasks, water baths, and other lab equipment.

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Laboratory Jacks are essential for labs that make heavy use of glassware. They offer a stable base at a specific height to hold glassware and other equipment, such as water baths, gradient makers, and stirrers.

They are also designed for precise height adjustment. They are manufactured from mild steel, aluminum, or stainless steel.

The metal pieces are connected in a scissor-like shape between the top and bottom platforms. The scissors mechanism allows the jack to be adjusted to various heights, around 5cm to 20cm, and can withstand a range of weights.

Depending on the size of the jack, it can support up to 40 kg. It is best to check the manufacturer’s weight limits before using it, not overloading it.

Tom Smith

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