CARELL 304HV
- SpecificheConverti gli specchi in ImperialAngolo (L1)63.5 mmAngolo (L2)50.8 mmPipe Capacity50.8 mm(Init/Dbl Pinch o Pyramid)DBL PINCHIdraulica/MeccanicaHYDOperazione (Orizz, Vert, Orizz/Vert)HORZ/VERTPotenza3.5 kWPeso2420 (LBS)
- Descrizione del prodotto
CARELL's 304HV double initial pinch universal bending machines are available with independent hydraulic adjustment of both lateral bending rolls and powered rotation of all three bending rolls. This versatile unit is ideal for rolling standard/special sections as well as tube and pipe in mild-structural-stainless steels, aluminum, brass, copper and other materials. Machines are furnished with a set of standard universal rolls.
Standard Features
• Dual LED Digital Displays monitor bending roll positions
• Double Pinch Geometry permits pre-bending of leading & trailing ends of the profile without removal from the machine
• Telescoping modular multi-component roll set specifically designed to bend standard sections including angle leg-in/out and square/rectangular tube, as well as other shapes in a variety of material types
• Tri-Directional Lateral Guides with cam rollers for correcting inherent twist when rolling angle leg-in
• Operates in both horizontal and vertical orientations - Informazioni sull'azienda
carell corporation offers the highest quality metal fabrication machines, 2/3/4-roll plate bending machines, pipe and tube hydraulic angle rolls, rebar benders, ornamental benders, cnc controlled automatic production machines, plate bevelers, roll forming machines, mandrell benders, manual benders, ring roll machines, scroll benders, picket twisters, slip rolls,and custom tooling in-house. our customers are highly acclaimed companies around the world that depend on our superior quality and rock-steady performance to optimize their investment.
Distributori e Officine di assistenza e riparazione
- Distributori24American Machines
1234 Charleston Beach Road West Suite D
PO Box 4670
Bremerton, Washington 98312
Stati Uniti - Officine di assistenza e riparazione2