Laser cutting
Consistent blanks, edge quality and dimensional control improve downstream setup and repeatability.
Explore Wavlon Lasers ↗Press brake knowledge, organized
Learn the complete bending system.
Start with the part, understand the machine, then connect CNC, gauging, tooling, safety and support into one reliable production process.
New application guides
Connect the control screen to the complete setup.
Compare control options, check axis capacity and understand tooling and accuracy before specifying your machine.
Configuration guide
Backgauge axes vs. total CNC capacity
Match X, R, Z1 and Z2 to total CNC capacity. Learn what ESA S840 W can support and what to confirm before specifying a press brake.
Open the practical guide → Control comparisonDelem DA-66S vs. DA-69S
Compare Delem DA-66S and DA-69S programming, 3D visualization and offline software. Use a practical demonstration checklist before choosing.
Open the practical guide → Production checklistESA S840 W first-part inspection checklist
Use an ESA S840 W first-part checklist with reference screenshots, inspection records and a clear handover from trial setup to approved production.
Open the practical guide → Bending accuracyCrowning vs. angle measurement
Understand press brake crowning, springback and angle measurement. Learn what each addresses and which questions to ask about accuracy options.
Open the practical guide → Tooling selectionV-die opening, bend radius and flange length
Understand how V-die opening, inside radius, flange length and load limits interact before selecting press brake tooling or reusing existing tools.
Open the practical guide →Recommended learning path
Build understanding in the same order you configure a machine.
Each guide answers a specific buying or production question and connects to the next decision.
S840
Learn the software screen by screen
Twelve focused lessons with full-size reference screenshots, from program preparation to mode awareness.
Open the S840 learning series → CNCGet to know ESA S840 W
Follow the planning workflow from part data and tooling to measured first parts and program handover.
S840 W education guide → 01Define the application
Material, thickness, bend length, flange geometry, volume and handling establish the machine envelope.
Choosing a press brake → 02Understand the drive
Compare full-electric, servo-hybrid, tandem and engineered hydraulic architectures.
Technology guide → 03Select the axes
Match X, R, Z1, Z2 and independent positioning to the part family.
Backgauge guide → 04Design the interface
Choose punches, dies, V-openings, clamping, adapters and safe tool retention.
Tooling guide → 05Plan installation
Prepare power, floor, access, training, commissioning and final inspection.
North American support → 06Validate the configuration
Send the application to BENDRYX for an engineering and model review.
Request a model match →Machine selection
Match architecture to production reality.
The best machine is not simply the highest tonnage. It is the configuration that supports the part mix, cycle, operator and future workload.
E
UAH
AS
SS
DS
ST
X
Full electric
Compact precision, short cycles and oil-free operation.
Up-acting hybrid
Stable everyday bending in a compact hybrid format.
Adaptive servo
Automatic compensation for larger and thicker parts.
Single servo hybrid
Broad capacity and efficient general fabrication.
Dual servo hybrid
Responsive, efficient production with heavy-duty rigidity.
Synchronized tandem
Coordinated bending for exceptionally long workpieces.
Engineered heavy duty
Application-specific force, geometry and handling.
Complete production system
Look beyond the press brake.
Cut quality, tooling condition, part handling and service planning all influence bending performance.
Tooling and adapters
Correct profiles, V-openings, clamping and maintenance protect both accuracy and safety.
Visit Machinists Vault ↗
Applications and service
Configuration, compliance planning, parts and service turn specifications into reliable production.
Explore BENDRYX support →Continue learning