Cantilever Work Holding Clamps
Featured Product from Industrial Magnetics, Inc.
Kant-Twist® Cantilever Clamps offer several advantages over standard C-Clamps - they're lighter, stronger and won't walk-off-center! Perfect for spot welding, drilling, bolting - or anywhere you need to hold two pieces firmly together.
The Kant-Twist's innovative cantilever design eliminates the problematic distorting and twisting of your work pieces and provides a strong, 4:1 clamp ratio. The free floating jaws easily adjust to uneven surfaces while offering three different gripping faces to meet your application needs; knurled, smooth and V-slot for holding round stock.
For welding applications, choose a Kant-Twist® model with copper plated jaws, screw and handle to prevent weld spatter from sticking. If you need precise control over the holding pressure on your material, choose the "Round Handle" for fine tuning capability. The "Deep Reach Throa"t model gives you farther reach onto your material for better holding and the "Stainless Steel" model is ideal for clamping material in corrosive or sanitary environments or for use in magnetic applications.
Non-marring clamps have soft round pads for holding soft materials like wood, plastic, synthetics, aluminum or fine finish/polished metals. No turning, twisting or digging into surfaces like screw-type clamps.
- Won't walk off-center
- Much lighter than C-Clamps
- Greater clamping power
- Made in USA!
IMI is an industry leader in providing both permanent magnets and electromagnets for work holding, lifting, fixturing, conveying and magnetic separation.
At IMI, our specialty is custom fabricating! We design, engineer and manufacture magnetic assemblies and magnetic separation devices for our customers' specific requirements, and take pride in the quality and performance of our products.
With worldwide distribution through a combination of a direct sales force and manufacturers representatives, we strive to provide personalized service and innovative solutions to meet the exact needs of your application.