Best for
Drive-system and energy-use evaluation
Press Brake Upgrade
Servo-Eco Drive
Compare hydraulic, Hybrid ECO and ePrAX drive systems under the same machine load and cycle. Include idle time, heat, noise and maintenance.
Compare
Hydraulic, Hybrid ECO and ePrAX systems
Confirm
Machine size, cycle and measured test conditions
Information Needed
Start With Machine Duty and the Operating Objective
Describe tonnage, stroke, cycle, idle time, shifts, utilities and whether the objective concerns energy, heat, oil, noise or maintenance.
01 / DUTY
Machine and cycle
Record tonnage, stroke, approach, bending, return, idle time, shift pattern and environment.
02 / SYSTEM
Complete drive architecture
Compare motor, pump, valves, ram control, oil circuit, cooling, noise and maintenance as one system.
03 / MEASUREMENTS
Comparable measurements
State the machine, load, cycle and measurement conditions for every energy, oil, noise or cycle comparison.
Drive options
Compare Drive Architecture Through the Cycle
The diagrams show different operating principles. Any comparison requires the same machine size, load, cycle and measurement method.
Hybrid ECO System
Assess Hybrid ECO against the machine architecture and duty cycle. Confirm the included hardware.
Hydraulic and Hybrid Comparison
Compare hydraulic and hybrid systems using the same load, cycle and measurement method.
ePrAX Hybrid Servo System
Confirm the ePrAX components and interfaces required for your machine and duty cycle.
Hybrid Servo ECO Function
Check how servo control integrates with the drive system throughout the bending cycle.
Application Advantages
Evaluate operating benefits against a defined machine, workload and measured baseline.
Cycle Comparison
Include approach, bending, return and idle time when comparing complete cycles.
Before You Order
Compare Measured Operating Conditions
A drive decision connects architecture to the real bending cycle; define the test method before making an energy, oil, noise or cycle claim.
- Machine tonnage, stroke and duty cycle
- Motor, pump, valves, oil and cooling
- Noise, heat, maintenance and utilities
- Measurement method and acceptance criteria
Upgrade path
Plan Your Machine Upgrade
Identify the production problem, check compatibility, then agree installation and acceptance.
STEP 01
Document the current state
Record machine, controller, interfaces, photos, workflow and the production issue to solve.
STEP 02
Define the requirement
Connect workpieces, process, operator tasks, output and site conditions to the upgrade.
STEP 03
Confirm compatibility
Review mechanical, electrical, control, software, safety and service interfaces.
STEP 04
Agree the scope
Define installation, tests, acceptance, documentation, training and support responsibilities.
Before You Contact ADH
Hybrid Servo Drive Questions
Compatibility depends on hydraulic/electrical architecture, controller, duty cycle and operating method.
Can this hybrid servo drive be used on an existing machine?
Check machine design, tonnage, hydraulic circuit, electrical capacity, control, cooling and required cycle.
What information should I send?
Send model, tonnage, drive system, cycle profile, production hours, utilities and operating issue.
What determines compatibility?
Compare hydraulic circuit, motor/drive, controller, electrical supply, duty cycle and test method.
What should the quotation clarify?
Name drive route, hardware/software, installation, commissioning, tests and service terms.
Project enquiry
Discuss your project
Tell us what you want to make or improve. Technical details and drawings can follow.
- Material, thickness and part size
- Drawings and production volume
- Location and project timing
Contact ADH
Start a machine enquiry
Name, email and a short description are enough to begin.