$ 161.02
Details
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• EXTENDABLE || This adjustable and reversible lab jack features a stainless steel operating screw and 10mm tapped hole for accepting retort rods, providing easy and fluid movement of the platform with or without a load for precise height adjustments.
• APPLICATIONS || The stable table lift is used to regulate the height position of an object as a support apparatus. At full extension, it reaches 10.5 inches in height, with anodized working top surfaces measuring 6" x 6". The single-piece base provides enhanced torsional rigidity for stabilization under load.
• DURABLE & STURDY || Made from high-quality, rust- and corrosion-resistant aluminum, this lab jack is built to last. It is strong and resistant to many chemicals and elements.
• MULTI USE || Suitable for physical, chemical, biological experiments, and daily use, this lab jack can be autoclaved and chemically cleaned.
• GREAT FOR ALL || Designed for use in biology, chemistry, physics, environmental, and biotechnology labs, it is also useful in machine shops, model shops, and fabrication facilities. This adjustable and reversible lab jack features a top plate made from high-quality, rust-resistant aluminum. Built to last, the stable table lift is used to regulate the height position of an object as a support apparatus. It is ideal for physical, chemical, biological experiments, and daily use. When compact, it measures 6" x 8", and at full extension, it measures 10.5" x 6". The working top surface measures 6" x 6". Designed for professional laboratories, it is also an excellent choice for science classrooms and household use. Eisco Labs proudly manufactures its own products using state-of-the-art equipment and following the highest standards of quality control. Each product is carefully designed by a team of laboratory professionals and experienced engineers with quality and durability in mind. They are manufactured with only the highest-grade raw materials, according to international quality standards, to ensure that they can withstand use in even the toughest laboratory environments.
