Used on hexagonal shafts Smooth bore protects shafts from damage Superior holding power over set-screw type collars Exclusively stocked by Stafford, these collars fit on standard hexagonal shafts. They can be modified (drilled, tapped, welded, etc.) to act as mounts for other components. 1-Piece Clamp-Type Shaft Collars are precision machined, non-marring, easy to adjust, with […]
Rigid shaft couplings customized from standard templates
A new standard line of rigid shaft couplings offered with a choice of popular design templates to let users reduce the cost and delivery time of small quantity custom orders has been introduced by Stafford Manufacturing Corp. of Wilmington, Massachusetts. Stafford Customizable Shaft Couplings let users specify their own custom rigid couplings from 7 standard […]
Shaft collars and couplings meet special robot design requirements
A wide range of standard and custom manufactured shaft collars, couplings, clamps, mounting devices, and rotary encoders are being introduced to robot makers by Stafford Manufacturing Corp. of Wilmington, Massachusetts. Stafford Shaft Collars, Couplings & Mounting Components for robotic applications include 4,000 standard parts in a wide range of materials, sizes, and configurations. Suitable for […]
Quick release clamp ATTACHES AND REPOSITIONS WITHOUT TOOLS
A new line of quick release clamps for use as a clamp, stop, or spacer where ease of use and speed are important is being introduced by Stafford Manufacturing Corp. The Stafford Quick-Clamp features a cam lever for clamping and a knurled nut for adjusting the clamping preset; making it easy to open-close and clamp […]
Rigid couplings for power transmission applications
Torsionally stiff rigid couplings are best used on shafts that are already in proper alignment, so are well-suited to pump, mixer, drive shafts, and other power transmission applications. Stafford Manufacturing Corp., Wilmington, Mass., offers a full line of rigid couplings in a variety of configurations and sizes for connecting these types of components. Rigid couplings […]
A look at coupling selection tools
I often think of how the Internet has changed our lives, and how it has made it so much simpler in many ways. For example, buying a rare item meant either hoping your local store had it in stock or paging through catalogs. Going on a trip used to mean highlighting a route on a […]
Corrosion-Resistant Couplings Suitable For Multiple Applications
A full line of shaft collars and couplings for pump drive and structural systems in water treatment, pollution control, and similar facilities is available from Stafford Manufacturing Corp. of Wilmington, Massachusetts. Stafford Corrosion-Resistant Collars and Couplings are offered in 303 and 316 stainless steel, brass, bronze, and other materials for various power transmission and structural […]
Stafford Stepped Couplings
Stafford Manufacturing Corp. offers a line of rigid, clamp-type reducer couplings that are stepped down to mate large and small shafts, inch-to-metric shafts and smooth to keyed bores. Stafford Stepped Couplings include one-, two- and three-piece styles with reducer bores for connecting shafts from 1/4” to 2-1/2” I.D., including inch-to-metric and smooth-to-keyway. Featuring eight hex […]
Stafford Rigid Coupling Adapters
Wilmington, MA – Stafford Manufacturing Corp. introduces a new standard line of rigid shaft coupling adapters that mate dissimilar style shafts to simplify retrofit, maintenance, and repair applications. Stafford Rigid Coupling Adapters provide an effective way to upgrade and retrofit machinery and conveyor drive components by permitting the user to change the configuration and size […]
Stafford Stainless Steel Shaft Collars and Couplings
Wilmington, MA – A full line of standard shaft collars and couplings made in large sizes from stainless steel for applications in harsh and wet environments is available from Stafford Manufacturing Corp. Stafford 303 and 316 Stainless Steel Shaft Collars and Couplings feature a wide range of sizes from 1/4” to 10” I.D. and 1/4” […]
