STEEL CUT & BEND SERVICES

Re - Bar Cut & Bend Service

Re-bar Cut & Bend Steel Services is a modern methodology for achieving the project requirements of quality, reliability, speed and efficiency in utilizing the re‐bars for the construction industry This concept helps to reduce the steel warehousing, reduce manpower requirements and accelerate the site execution in saving the time and money.

cutting and bending of reinforcement can be done at SSC and transported to site. This increases faster execution at site and reduces construction time and cost due to less requirement of workers for bar bending. It becomes easy for site engineers to verify and approve the bar bending and cutting length during inspection before placement of concrete with the use of bar bending schedule and helps in better quality control.

SUFI Enterprises mechanised bar cutting and bending is used to reduce fabrication wastage as obtained with traditional methodologies SUFI Enterprises machines are capable of making the common shapes stirrups to complex helical shapes and has automated machines that facilitate customize the lengths of the re‐bars and bend them at required angles in accordance with the project's blueprint Precages are factory-made reinforcement solutions in the form of a cage which helps in the modular construction of structural elements on‐site. Manufactured using machines or jigs

Valuable Insights

Re-bars are cut and bent to exact specifications, ensuring precision and consistency

Cut and bend reinforcement bars do conform to BS 8666, which specifies the scheduling, dimensioning, bending and cutting of steel reinforcement for concrete

Material wastage is controlled and reduced. Steel Scrap is almost reduced to 1%* depends purely on the type of BBS

Lesser on-site labor is required

Better utilization of on-site space, logistics and reduction of inventory on-site

In-house processes and procedures that ensure traceability down to the order level

Weather independent

On-time delivery

Tailor-made mesh to varied applications in reinforced concrete structures