A CNC single-servo hydraulic press brake machine + a sheet bending follower support device = a semi-automatic bending solution consisting of a "high-precision bending main unit + intelligent following support system". This upgrades from "single-machine manual bending" to a "human-machine collaborative semi-automatic bending unit".

1. Single-servo Hydraulic Press Brake With Bending Follower Unite Core Components

1) CNC Single Servo Hydraulic Press Brake (Main Unit)

- Single servo motor drives the hydraulic system (energy saving + stability)

- CNC system control (angle, stroke, compensation)

- Y-axis synchronous control of slider movement (closed-loop control)

Features:

Cost-effective compared to all-electric servo presses, precision superior to traditional hydraulic presses

2) Bending Follower Material Support Device (Core Value-Added Module)

Follow-up device = Intelligent Front Material Support System

Functional Essence:

- Supports sheet metal

- Follows bending trajectory

- Dynamically adjusts height and angle

Working Principle:

- Acquires slider movement via servo system + sensor

- Synchronously lifts/tilts material support platform

- Maintains consistent trajectory and speed with the sheet metal

3) Control and Linkage System

- Independent PLC or CNC control

- Signal linkage with bending machine

- Can operate independently (no modification required for main unit)

2. Sheet Follower Bending Workflow (Typical Action Logic)

- Sheet metal placement → Material support platform supports

- Bending begins → Slider descends

- Main support device automatically lifts and follows angle changes

- Sheet metal remains in “controlled support state”

- Bending complete → Automatic return

Core Key:

Main support trajectory = Sheet Material Movement Trajectory (Fully Synchronized)

3. Core Advantages Analysis (Key Selling Points)

1) From "Manual Material Handling" → "Intelligent Following"

Traditional Problems:

Large sheets require 3-6 people; manual operation is unstable and prone to deviation.

Solution:

Can be completed by one or two people; reduces manual intervention by over 80%.

Essential Value:

Directly reduces labor costs and labor dependence.

2) Significantly Improved Bending Accuracy

Problem Sources:

Sheet material sagging due to its own weight → angle error; asynchronous support → bending deformation.

Follow-up Advantages:

Real-time support → anti-sagging; synchronized trajectory → anti-deviation.

Results:

Improved angle consistency; more stable repeatability.

3) Significantly Enhanced Processing Capability for Large Sheet Materials

Suitable for:

Large-sized thin sheets (most noticeable); stainless steel/aluminum/carbon steel; long, wide, and heavy sheets.

Actual Changes:

Originally "unable to process on a single machine" → Now, with "stable processing,"

4) Significantly Improved Safety

Traditional Risks:

- Sheet material sagging

- Injury from manual material handling

- Hands near the mold

Automatic Material Handling:

- Automatic load-bearing

- Reduced human-machine contact

- Lower accident rate

5) High Compatibility

- Compatible with various bending machines (hydraulic/electro-hydraulic/hybrid)

- Independent system, no modification to the main unit

- Movable and upgradeable

SHENCHONG Single-servo Hydraulic Press Brake With Bending Follower Transforms bending from "human-assisted" to "intelligent collaborative era."

When traditional bending still relies on multiple people handling materials and experience-based operation, efficiency, precision, and safety are always at odds. What we bring is not just equipment upgrades, but a completely new bending production logic.

The single-servo CNC hydraulic press brake combined with an intelligent automatic material handling system, transforms "uncontrollable human factors" into "programmable precision actions," achieving truly stable, standardized, and efficient bending production.