Roll Forming Machine Description

KINGREAL Metal Bed Frame Roll Forming Machine

The metal bed frame cold bending forming machine utilizes a series of sequentially configured forming rolls to continually transversely bend a sheet metal strip to make a plastic processing process for a specific cross-section profile. This method not only improves production efficiency, but also ensures the dimensional accuracy and surface finish of the product.

KINGREAL Steel Bed Frame Beam Roll Forming Machines utilize the latest automated technology to accurately form metal materials to create sturdy bed frame structures. The highly adjustable nature of the machine ensures that bed frames of all sizes and styles can be produced, meeting the market trend towards personalization.

Technical Specification

Frame Structure	Integrated single-piece frame
Uncoiling Unit	3-ton capacity
Number of Forming Stations	24 stations
Drive Mechanism	Gear-driven system
Motor Specifications	Dual 7.5KW motors, 220/380V, 50/60HZ, 3-phase power
Control System	Delta PLC control system
Cooling Method	Integrated water cooling system
Material Specifications	1.2mm thickness, galvanized steel sheet
Production Velocity	12-15 meters per minute
Output Length	6-meter run-out table

Basic Components Details

Uncoiler	to unroll and guide the metal coil into the forming machine.
Leveler	ensures that the metal strip is flat and ready for subsequent forming.
Punching device	If the profile requires holes or cut-outs, the punching device operates prior to forming.
Forming section	consists of a series of sequentially arranged rolls, each set of rolls gradually bending the metal strip.
Cutting device	cuts the formed profile to a predetermined length.
Outfeed table	collects the formed and cut profiles.

Feature For Steel Bed Frame Roll Former

why choose our products

High efficiency: Continuous production mode, dramatically increasing production speed.
High accuracy: Highly accurate dimensions and shapes are realized through computer control.
Energy saving and environmental protection: no heating material is required during cold bending and molding, saving energy and reducing carbon emissions.
Versatility: Various sizes and designs of profiles can be produced to meet the needs of different industries.