Slitting Lines
Slitting is a process used to cut a metal strip into narrower
strips, allowing for efficient utilization of flat material. It is widely
used across various industries.
Highest Quality and Precision
b+s is one of the leading manufacturers of precision slitting lines for cutting and winding of thin strips and strips with a critical surface finishes.
Our slitting lines meet the highest standards of quality and precision. We guarantee best results for your cutting processes and achieve the highest slitting quality, most accurate width tolerance and a high-precision winding techniques.
Our precision slitting lines are customized: line speed and design of the machines as well as the degree of automation depends on the required productivity of the line, the required surface quality, strip thickness, strip width and coil weight.
Take advantage of the years our experience in the cutting of materials like wire mesh, lead, gold, silver, copper, aluminum, stainless steel, palladium, molybdenum, tantalum, niobium and plastic.
Line Specification
Coil Weight
up to 30.000 kg
up to 66,140 lb
Strip Width
up to 2.600 mm
up to 102″
Material Thickness
0,015 up to 6,0 mm
0.0006″ up to 0.24″
Speed
over 800 m/min
over 2,625 fpm
Our Services include
Detailed project consultation
Customer-oriented kick-off meeting
In-house design office
Intensive interaction between mechanical and electrical design
High value-added chain with in-house manufacturing and assembly
Intensive exchange with our and the customer´s logistics
External assembly and commissioning with b+s engineers
Successful project completion
Advantages of a b+s Slitting Line
- High-precision cutting quality due to clearance-free slitter shaft bearings
- Reduction of set-up times through innovative automation solutions as well as high line speeds
- Minimization of the degree of burr height with a simultaneously high number of strips due to the smallest possible deflection of the slitter shafts
- Exact winding pattern with increasing coil diameter due to a movable brake stand
- No damage to the surfaces of highly sensitive materials due to innovative braking technology, such as vacuum brake roll
- High energy savings due to state-of-the-art regenerative systems and use of energy-saving drives
- Experience in processing ultra-high-strength materials with a tensile strength above 1,500 N/mm² (217.55 ksi) and a yield strength above 1,100 N/mm² (159.54 ksi)