3-roller plate bending machine KRM T 20/4,0

electricconicalasymmetrical

Overview
KRM is a series of heavy-duty, medium-capacity plate roll bending machines designed for workpieces up to 2,050 mm in length. The machines feature a rigid closed frame and an adjustable rear roll operated manually or optionally by motor. With standard features such as conical bending and pre-bending, this series is suited to a wide range of single-piece and small-batch production applications.

Highlights

• Asymmetrical roller arrangement
• Main motor with braking system
• Hardened rolls with wire insertion grooves
• Conical bending facility (standard)
• Manual rear-roll adjustment (motor-driven optional)

Product Details

• 3-roller plate roller with asymmetrical roller positioning
• Rigid, seamless machine frame made of ductile cast iron
• Induction-hardened rolls suitable for stainless steel
• Main motor with brake for precise bending operations
• Pull-out top roll with eccentric lock and safety switch
• Bottom and rear rolls equipped with wire insertion grooves
• Conical bending included as standard equipment
• Hand wheel for rear roll feed (motorized feed optional)
• Quick-change rolls (motor-driven option)
• Mobile control panel with foot switch for left/right rotation

Technical Specs
Working area
Working length: 2,050 mm
Plate thickness (max.) - 450 N/mm²: 4 mm
Plate thickness (max.) - 700 N/mm²: 2 mm
Max. plate thickness for conical bending: 2.5 mm
Roll diameter: 140 mm
Roller speed: 3.5 m/min
Wire grooves diameter: 4 / 7 / 9 / 13 mm

Drive capacity
Motor rating main drive: 2.2 kW

Measures and weights
Overall dimensions (L x W x H): 3.2 m x 0.75 m x 1 m
Weight: 1,650 kg

Characteristics / technical specifications

• Model: KRM T 20/4,0
• Type: 3-roll motor plate roller
• Working length: 2,050 mm
• Max. plate thickness (450 N/mm²): 4 mm
• Max. plate thickness (700 N/mm²): 2 mm
• Roll diameter: 140 mm
• Roller speed: 3.5 m/min
• Main motor power: 2.2 kW
• Conical bending: yes (standard)
• Rear roller adjustment: manual (motor-driven optional)