Eisco Labs Low Friction Force Table Clamp - 2" Pulley
Details
- MaterialPlastic
- BrandEISCO
- Item dimensions L x W x H6 x 4 x 4
- ColorGrey
- StyleModern
- Item Weight0.07 Kilograms
Description
🔩 Elevate Your Setup with Effortless Precision!
- SLEEK AESTHETIC - Modern grey hand knob adds a touch of sophistication to your workspace.
- VERSATILE DESIGN - Max opening of 1.250" accommodates various setups effortlessly.
- COMPACT DIMENSIONS - Measuring just 6 x 4 x 4 inches, it's perfect for tight spaces.
- LIGHT AS A FEATHER - Weighing only 2.46 ounces, it’s easy to handle and transport.
- PRECISION ENGINEERING - Crafted from durable hard plastic for long-lasting performance.
The Eisco Labs Low Friction Force Table Clamp features a robust 2" pulley made from high-quality hard plastic, designed for maximum versatility with a clamp opening of 1.250". Its modern aesthetic and lightweight design make it an essential tool for any professional workspace.
Specifications
| Material | Plastic |
| Brand | EISCO |
| Item dimensions L x W x H | 6 x 4 x 4 inches |
| Color | Grey |
| Style | Modern |
| Item Weight | 0.07 Kilograms |
| UPC | 849230059675 |
| Manufacturer | EISCO |
| Part Number | PH0300C |
| Item Weight | 2.46 ounces |
| Product Dimensions | 6 x 4 x 4 inches |
| Item model number | PH0300C |
| Item Package Quantity | 1 |
| Batteries Included? | No |
| Batteries Required? | No |
Reviews
N**Y
Great pulley. Good size and well made
I'm a high school science teacher and one of my biggest laments is not being able to SHOW the students the science we teach sometimes. This pulley will allow me to do so. It is a simple table-clamp pulley so it may not fit on all tables, but it will allow me to demonstrate and show the students how a pulley changes the force's direction when applied.
W**N
Most of them were useable. Used for Atwood Machines
I needed some pulleys with a wide enough clamp ASAP. They aren't entirely frictionless. Used for makeshift Atwood machines for my freshman students and they mostly performed smoothly. I think I bought 6 of them 2 had more friction than the others. Might have some issues using for masses smaller than 50 grams. I'm glad I got these over the other options though (it's been a while since I purchased these on Amazon so don't know what else is out there). Keep in mind I needed these asap. These will do the job. If you want to have more precise demonstrations you'll definitely want to go with something that has ball bearings or something other than a plastic cylinder sleeve on a metal axle for example. Overall I was satisfied. The clamp quality was decent and I was able to get a good amount of torque on them. They seem pretty durable I think they could last years for a repeatable class lab experiment.
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