Electron Microscopy Sciences (EM) Supplies

6-in-1 fold up screwdriver set that consists of 6 different screwdriver blades that folds up like a pocket knife and serves as a handle. Blades are 1/8", 3/16" and ¼" flat; T-15 Star Torx, #1 Phillips and Hole Punch awl.

A set of 10 double-ended rifflers with square handles for use in tight places and for filing odd shapes. Overall length: 7". Available in medium cut only.

Rubis Steel, Plastic, and Wafer Tweezers High-Tech Tweezers for Laboratory Requirements EMS is Proud to represent Rubis Innovations from Rubis with a clear focus on cutting-edge laboratory instruments Evolution is what the Rubis development engineers call it when they harmonize ultra-modern...

Very popular tweezers Tweezers possess the highest quality These tweezers have an anti-glare satin finish All tweezers are antimagnetic/anti-acid steel-SA (otherwise, specified)

Dumont Tweezers Dumont produces high quality handmade tweezers, and has gained the popularity of all researchers over the years Developed in 1875 by Arnold Dumont in La Sagne, Switzerland. There is a variety of material which is used to make Dumont tweezers, is shown below: Biological Grade: Made...

Ingredients: NaCl; KCl; CaCl2.6H2O; MgCl2.6H2O; NaHCO3; NaH2PO4; Glucose; and Distilled water.

Formula: (CO₂K)₂·H₂O   Formula Weight: 184.23   CAS #: 6487-48-5 Assay: 98.5-101.0% Neutrality: To Pass Test

Dumont Tweezers Dumont produces high quality handmade tweezers, and has gained the popularity of all researchers over the years Developed in 1875 by Arnold Dumont in La Sagne, Switzerland. There is a variety of material which is used to make Dumont tweezers, is shown below: Biological Grade: Made...

Dumont Tweezers Dumont produces high quality handmade tweezers, and has gained the popularity of all researchers over the years Developed in 1875 by Arnold Dumont in La Sagne, Switzerland. There is a variety of material which is used to make Dumont tweezers, is shown below: Biological Grade: Made...

With broad and strong tips and serrated jaws, these forceps offer firm gripping action. These handling forceps are designed for precision in manipulating small objects and samples in the lab. Crafted from high-quality materials, they offer excellent resistance to corrosion and wear. Their fine tips...

For plastic or paraffin embedding; no block trimming needed. Inside fingers hold ID slip which becomes embedded in the block for positive permanent identification.

Stainless steel. Fine points. High quality. Length 4½" (114mm) . These dissecting scissors, including iris scissors, are crafted for precision in cutting tissues during laboratory or medical procedures. Their sharp, finely pointed blades allow for clean and accurate cuts. Made from stainless steel,...

Stainless steel with T shapes head pin and pointed end. The Dissecting T-Type Pins from Electron Microscopy Sciences are meticulously designed for securing specimens on dissection trays. Made from corrosion-resistant materials, they ensure longevity and repeated use. The T-type head provides a...

CAS #: 8000-27-9 Refractive Index @ 20°C : 1.504+/-.002 For clearing.

Hybrislips™ - ideally suited for in situ hybridization, in situ PCR and hybridization to genomic arrays on glass slides. HybriSlips™ are flexible, thin (0.25mm) covers that minimize fluid friction and facilitate uniform reagent distribution. RNase free, hydrophobic covers will not trap...

Rubis Wafer Tweezers Made from SA steel with serrated handles. These tweezers are specially designed to handle different fragile and delicate materials of gallium or silicon wafers. They have a smooth polished non-glare surface with a satin finish. The tweezers have stopping pins turned up on...

A thin film of pure formvar resin coats a hexagonal grid. The thickness range is as follows: Standard: Approx. 10nm Ultra-Thin (UL): 5-6nm Thick (TH): 15-20nm Extra Thick (ET): 25-50nm NOTE: All of our film is laid on the shiny side of the grid.

(dodeca-Molybdophosphoric Acid) Formula: H₃PO₄·₁₂(MoO₃)·₂₄H₂O Formula Weight: 2257.6 Grade: Reagent A.C.S. CAS #: 51429-74-4 UN #: UN1759

Dumont Tweezers Dumont produces high quality handmade tweezers, and has gained the popularity of all researchers over the years Developed in 1875 by Arnold Dumont in La Sagne, Switzerland. There is a variety of material which is used to make Dumont tweezers, is shown below: Biological Grade: Made...

Plastic Wafer Tweezers and Pliers Designed for low cost and ease of use with the highest quality of materials.

Micro Dissecting Instruments Made from all stainless steel construction. 4¾" long, double edge blade

C-Slide Automated Cell Counting Chamber Slides For use with automated cell counters. Only compatible with the EVE and Countless Cell Counting machines. Features Quartz grade optical plastic Precise design leads to highly reproducible results Two counting chambers fitted with clearest grid pattern...

The handles are made from Antimagnetic Steel and Tips from Synthetic Fiber. Temperature Resistance: 375°F (190°C). Synthetic Fiber: High-performance Plastic type CP - PEEK/CF30 (Polyetheretherketone reinforced with 30 wt% carbon fiber) Very hard, high tensile and flexural strength. High heat- 260 –...

Very popular tweezers Tweezers possess the highest quality These tweezers have an anti-glare satin finish All tweezers are antimagnetic/anti-acid steel-SA (otherwise, specified)