Composite Cutting

Laser Composite Cutting: add laser precision to your flame line

Keep your flame-cutting workflow. Add laser precision on top of it.

BNL laser composite cutting retrofit machine
2010
In-house R&D, build & service
4,000+
Customer applications
30+
Patents & core technologies
ISO
Certified manufacturing
Highlights

Why the Composite Cutting

01

Add laser, keep flame

You don't scrap your current setup. We bring laser cutting onto your existing flame-cutting workflow so you handle thick and thin work on one line.

02

Cleaner edges, less rework

Laser gives you a tighter, cleaner cut on fine detail. That means less grinding and finishing after the part comes off the table.

03

Trained in a day

Your operators don't need weeks to learn it. We built this to run simply, so your team is cutting on day one, not next month.

What it is

Laser Composite Cutting is a retrofit solution. It brings laser cutting capability to a workflow that already runs flame cutting. You keep the line you have and add a second cutting method to it, instead of buying a whole new machine and starting over.

Here is the simple version of how it works. Flame cutting handles what flame cutting does well. The laser side handles the parts that need a cleaner edge or finer detail, where a flame cut would mean more finishing work afterward. You choose the right method for the part in front of you, on the same setup.

We designed it the way we design everything at BNL: to be simple to run. The complicated part is the technology underneath. The part your operator touches is plain. That is why training drops from weeks to a single day, and why your floor doesn't slow down while people learn a new machine.

Who it’s for

This is for shops that already cut with flame and don't want to throw that investment away. If you are taking on work that needs cleaner edges or finer detail than flame can give you, but you still have plenty of thick, heavy cutting to do, a composite setup lets you cover both without running two separate machines.

It also fits owners watching labor and finishing costs. If parts are coming off your table needing too much grinding and rework, adding laser to the right jobs cuts that downstream labor. You get the benefit of laser precision without the cost and disruption of replacing what already works.

ELEric Liu, General Manager, BNL Laser

BNL machines being built and tested on the Foshan floor
Specifications

Technical details

Reference figures for this series — final configuration is confirmed from your tube data during the RFQ.

Retrofit target
Existing flame cutting machines
Upgrade scope
Cutting torch replacement, laser unit addition, system package upgrade
Process value
More stable piercing, less reliance on skilled operators, faster response
No guesswork on specs

From your tube data to a confirmed configuration

Every line is different, so I won't guess at the fit from here. Send me your material and tube data, and we confirm the exact configuration together during the RFQ.

01

Application review

We confirm drawings, material, tube range, hole patterns and tail-piece target.

02

Configuration match

We select power, feeding method, chuck load and supporting automation for your line.

03

Install & train

We commission the machine, train operators in a day, and prepare maintenance support.

Request a quote: Composite Cutting

Interested in the Composite Cutting? Send your tube data and production target and we reply within one business day with a configuration and, if useful, a sample cut.

  • In-house R&D, build & service since 2010
  • 4,000+ customer applications · ISO-certified
  • Reply within one business day

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