22893 Results for: "Wafer and Die Handling"

Supplier: Excelta

These tweezers are specifically designed handling 6" wafers.

Supplier: Excelta

These tweezers are specifically designed handling 5" wafers.

Supplier: Excelta

These tweezers are specifically designed handling 4" wafers.

Supplier: Excelta

These tweezers are specifically designed handling 6" wafers.

Supplier: ELECTRON MICROSCOPY SCIENCE

Swiss made tweezers are designed for gripping wafers. These are for large size wafers, as well as for holding slides in the lab.

Supplier: ELECTRON MICROSCOPY SCIENCE

Swiss made tweezers are designed for gripping wafers.

Supplier: ELECTRON MICROSCOPY SCIENCE

Swiss made tweezers are designed for gripping wafers.

Supplier: Electron Microscopy Sciences

These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel.

Supplier: ELECTRON MICROSCOPY SCIENCE

Swiss made tweezers are designed for gripping wafers.

Supplier: ELECTRON MICROSCOPY SCIENCE

Swiss made tweezers are designed for gripping wafers.

Supplier: ELECTRON MICROSCOPY SCIENCE

Swiss made tweezers are designed for gripping wafers.

Supplier: Excelta

These tweezers are specifically designed handling 3" wafers.

Supplier: Excelta

These are ideal for picking flat objects off a flat surface.

Supplier: Restek

Ceramic scoring wafer is straight-edged for cutting fused silica tubing cleanly.

Supplier: Excelta

Five Star Handpiece Only For Vacuum Pickup Tool Designed To Reduce Manual Handling Of Both Chips And Wafers. Replacement Handpiece For Roto-Pic Kit (63041-434).

Supplier: Restek

Four straight scoring edges for cutting fused silica tubing and four serrated edges for cutting MXT metal capillary columns.

Supplier: Puritan Medical Products

Ideal for use as a cleaning swab for fiber optics, wafers, and disk drives

Supplier: Texwipe

These precision nylon swabs are made of 0.9 mm diameter tip constructed of bundled nylon filaments.

Supplier: Excelta

This system is Ideal for lifting, placing and turning components with the simple movement of one finger.

Supplier: ELECTRON MICROSCOPY SCIENCE

Quality tweezers are ideal for laboratory work. For precise handling transmission electron microscopy grid, tweezer styles #3, #3C, #4, #5, #51S, and 5B are recommended.

Supplier: VWR International

Ideal for packaging and transporting of wafer boxes, this low-density polyethylene tape is low in halogens and leachable chlorides.

Supplier: Learning Resources

These dice come in foam or rubber and are quiet, soft-to-the-touch and easy to handle.

Supplier: Micronova

A selection of highly effective, flat-strand mops with high absorbency and low particulates. Available in three materials for specialized cleaning; polyvinyl alcohol, synthetic chamois, and die-cut polyester.

Supplier: SLICE, INC.

This sleek, portable tool brings safety to the Everyday Carry community. It features the Slice® patent-pending grinding process, which creates a finger-friendly® edge that is safe to the touch and effective at cutting a wide variety of materials. The handle has a textured surface for a comfortable grip.

Supplier: CONDUCTIVE CONTAINERS INC. TE

Versatile in-plant handling and storage.

Supplier: Electron Microscopy Sciences

These containers are for storage and shipping of a variety of sizes of wafers (Any material) from 1 to 6" in diameter. They prevent damage and contamination to the wafer. Features a conical base to support the wafers on their edges. Wafers are held in place by a spring.

Supplier: Electron Microscopy Sciences

Ideal for examination cross section of thin samples, such as wafers, multi-layer of capacitors, plastics, metals and more.

Supplier: UNIVERSITY WAFER MS

The versatile P-type, test grade silicon wafers.

Supplier: Martor

Optisafe and Maxisafe knives feature a safety spring that allows the automatic blade to “shoot-back” into the handle even in response to any uncontrolled movement

Supplier: Electron Microscopy Sciences

These bonded blades are constructed of an inner metal core and an outer rim, this rim is bonded with diamond particles