Welcome to Ladd Research Industries - Electron Microscopy & Laboratory Supplies
Ladd Research provides products for TEM and SEM, including grids, formvar and carbon support films, glutaraldehyde, embedding resins, Mercox, tweezers, scissors, forceps, diamond knives, vacuum evaporators (including our newest digital models with turbomolecular pumps) and sputter coaters. We also supply general laboratory products for use in any scientific laboratory including desiccator cabinets, detergents, aerosol dusters and much more. In addition, we are the largest manufacturer of SEM & TEM apertures and microholes in the US. We also offer environmentally friendly, organic insect control products to help you get a handle on garden and orchard pests.
Latest Products
Product Feature: Glutaraldehyde, 70% Aqueous - EM Grade
Glutaraldehyde is used as a preservative in industrial cleaning agents. Glutaraldehyde is a pungent, colourless oily liquid which undergoes chemical reactions typical of aldehydes. It also cross-links with proteins and, in aqueous solutions, it partially polymerises to give oligomers. Our glutaraldehyde is vacuum distilled in an argon environment (relatively oxygen-free) in our custom-made glassware. It is analyzed prior to shipment to ensure that our customers receive only the finest glutaraldehyde available. We have added a significant number of products to our already wide array of EM grade glutaraldehyde to satisfy special customer requirements and to help our customers become more efficient in the workplace and laboratory. This high purity, electron microscopy grade glutaraldehyde. Ampules and cryules packaged 10 per box.
Product Feature: Classic Floor Model LADD Vacuum Evaporator
The Ladd Vacuum evaporator has been a very popular item lately. Perhaps it's because they are used in a wide range of industrial sectors. The objective of a vacuum evaporator is to controllably transfer atoms from a heated source (which can be liquid or a solid) to a substrate located a distance away to grow a film. The source is then heated directly or indirectly until the point is reached where it efficiently sublimes or evaporates.