DNE CNC Press Brake

Are you looking for a modern, flexible, and cost-effective bending solution for your production?

JAPE Laserservice offers CNC press brakes from DNE—a technology that combines high precision with user-friendly programming and efficient operation. With advanced CNC control and a robust machine design, these machines enable precise bends with high repeatability, reducing the need for readjustments and contributing to consistent, high-quality results throughout the entire production chain.

At JAPE, you get more than just a machine. With extensive experience in sheet metal processing machinery, we also offer service, installation, training, and technical support. By working closely with our customers—from needs analysis to the final solution—we ensure that your investment is optimized for productivity, flexibility, and long-term reliability.

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CNC press brake from DNE

DNE’s CNC-controlled press brakes are designed to make sheet metal bending more precise, efficient, and repeatable. With advanced CNC technology, you gain full control over the bending process, ensuring high precision even for complex geometries and mass production.

The intelligent control system makes it easy to program and adjust bending sequences, minimizing setup times and simplifying operation for the operator. The machines are designed for stable operation and consistent results, whether for single-piece production or larger production volumes.

The press brakes are designed for a wide range of materials, such as stainless steel, carbon steel, and aluminum. The result is precise bends with high repeatability and minimal deviation, which in turn reduces the need for rework and scrap.

This technology also contributes to a more efficient production process, where automated functions and optimized power distribution allow work to be performed faster and with higher quality compared to traditional bending methods.

DNE Laser logga

C-BEND CNC Press Brake

The C-Bend series of CNC press brakes, developed by DNE, is designed for high-precision bending of thin sheet metal. This advanced machine combines leading-edge bending technology with DNE’s extensive expertise. The C-Bend series is designed to improve bending efficiency and precision.

Why Choose JAPE

Jape Laserservice AB was founded in 2008 by Janne Forsberg, who previously worked at Bystronic Scandinavia from 2000 to 2008. The company began as a service provider for laser cutting machines and has since evolved into a full-service supplier of laser systems.

In 2012, the company was restructured when Roine Karlsson joined as a partner. In 2022, Rauk Sales AB was established as a subsidiary to strengthen sales of new and used machinery in the engineering industry.

What sets JAPE apart is:

  • Extensive practical experience in laser cutting
  • Fast and flexible service
  • Comprehensive solutions from purchase to installation
  • Machine relocation and technical support
  • Sale of new and used machinery
  • Spare parts in stock for fast delivery

Through partnerships with specialized transportation companies and technical consultants, JAPE can manage the entire process—from needs analysis to machine commissioning.

For the customer, this means peace of mind, technical expertise, and a partner who understands the realities of production.

When is a CNC press brake the right choice?

A CNC-controlled press brake is particularly well-suited for operations where there are high demands for precision, repeatability, and efficient production. It is the obvious choice for mass production, where the same component must be bent with exactly the same results time and time again, without any deviations.

The machine is also ideal for more complex bending operations where multiple angles and steps need to be combined in a single part. Thanks to its CNC-controlled programming, advanced sequences can be executed with high precision, reducing the risk of errors and saving time in production.

For companies that handle varied production—from single-piece manufacturing to small batches—the CNC press brake offers a level of flexibility that makes it easy to quickly switch between different jobs. This makes it particularly valuable in fast-paced workshops with fluctuating needs.

All in all, a CNC-controlled press brake is the ideal choice when you want to combine quality, efficiency, and flexibility in your sheet metal fabrication—whether you’re working on simple bends or more complex components.

Contact us

Would you like to know which DNE machine is right for your business?

Jape Laserservice helps you analyze your needs, capacity, and future growth opportunities. Whether you’re looking for a fiber laser cutting machine, a tube laser, or a laser welder, we can provide a solution tailored to your production needs.

Contact Jape Laserservice for more information, a quote, or advice.

 
 

FAQ – Frequently Asked Questions About CNC Press Brakes

What is a press brake, and how does it work?

A press brake is used to bend sheet metal by pressing the material between an upper die and a lower die. By applying controlled force, the sheet metal is shaped into the desired angle or profile. In CNC-controlled machines, this is done with high precision using programmed bending sequences.

Common materials include stainless steel, carbon steel, and aluminum, but other metals can also be bent depending on the machine’s capacity and the choice of tools. The thickness and properties of the material affect the settings required.

A manual press brake requires the operator to set and adjust each step manually, which takes more time and increases the risk of inconsistencies. A CNC-controlled press brake is controlled by a program that automates the bending process, resulting in greater precision, faster production, and better repeatability.

CNC press brakes are highly precise and can deliver consistent results with tight tolerances, even for large production runs. The automated control system ensures that every part is bent in the same way, minimizing variations and scrap.

Key factors include material thickness, bending length, pressing force, precision, level of automation, and ease of use. Service, support, and the potential for future upgrades should also be taken into account to ensure a sound long-term investment.

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