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LVD Technology Platform

The Engineering Behind Every LVD Press Brake, Laser and Punch.

A technical walk-through of four LVD engineering pillars: fiber laser source architecture, Easy-Form Laser closed-loop bending, Strippit turret tooling, and the CADMAN software backbone that unifies them.

Pillar 01 · Fiber Laser Architecture

1,064 nm Fiber Delivery with Verified Beam Quality.

The Phoenix FL and Taurus FL platforms use 1,064 nm fiber laser sources paired with beam-quality M² typically characterised below 1.3 at the head for multi-mode heavy-plate work, and near single-mode values in the lower power classes.

Parameter	Phoenix FL	Taurus FL
Wavelength	1,064 nm	1,064 nm
Power class	1.5 – 6 kW	8 – 20 kW
Typical beam quality	M² < 1.2	M² < 1.3
Head speed (max)	80 m/min	110 m/min
Typical mild-steel cut	up to 12 mm	up to 25 mm

LVD fiber laser beam delivery and cutting head schematic

Pillar 02 · Easy-Form Laser Bending

Closed-Loop Angle Measurement on Every Stroke.

Easy-Form Laser is the LVD adaptive bending system. Two laser emitters project a measurement plane onto the bent flange mid-stroke. The CADMAN-B controller reads deflection-under-load and compensates stroke automatically against springback.

Angle resolution: down to 0.1° on 3-8 mm mild steel
Material variance: absorbed inline, no trial bends on batch change
Operator impact: new operator hits tolerance on part 2 of a job
Audit trail: bend-log retained per part for quality conformance

Easy-Form Laser closed-loop bending schematic

Pillar 03 · Strippit Turret Punching

Punch, Form, Tap and Deburr — In-Cell.

Strippit turret punching systems combine high-speed punching (up to 1,100 hits per minute) with integrated forming stations, tapping tools and deburring heads. A single CADMAN-P program sequences all operations against a validated die-clearance map.

Punching head: 20 – 30 tonne class
Multi-tool indexing: up to 8-station multi-tool with rotation
Forming: louvres, knock-outs, threads, counterbores in one program
Die-clearance auto-map: material and thickness aware

LVD Strippit turret punching head schematic

Pillar 04 · CADMAN Software Backbone

One Part File. Four Modules. Zero Context Switching.

CADMAN is the unifying layer that separates LVD from competitors that require third-party bridging between CAM and shop-floor execution.

Job Management

CADMAN-JOB

Quoting, nesting preview, shop-floor priority queues, material consumption reporting.

Laser

CADMAN-L

Nest optimisation, lead-in geometry, micro-joint strategy, assist-gas recipe tags.

Bending

CADMAN-B

Offline bend sequencing, collision simulation, Easy-Form Laser integration.

Punching

CADMAN-P

Turret layout optimisation, multi-operation sequencing, die-clearance auto-mapping.

Applications Lab Trial

Bring us your hardest part. We’ll document the recipe.

Every commercial proposal ships with applications-lab-validated cutting, bending and punching parameters — not sales-engineering estimates.

Request a Technical Consultation