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MAXXCAM
Solutions
MaxxCAM revolutionizes sheet metal CAD/CAM, optimizing laser, plasma, and water-jet cutting machines with its advanced Cut Module. Tailored for profile-cutting machines, it excels with support for punch-laser hybrids. Automatic lead-in and escape geometry assignment based on part size and material thickness ensures optimal cut conditions.
MAXXCAM
Solutions
MaxxCAM revolutionizes sheet metal CAD/CAM, optimizing laser, plasma, and water-jet cutting machines with its advanced Cut Module. Tailored for profile-cutting machines, it excels with support for punch-laser hybrids. Automatic lead-in and escape geometry assignment based on part size and material thickness ensures optimal cut conditions.
MAXXCAM
Solutions
MaxxCAM revolutionizes sheet metal CAD/CAM, optimizing laser, plasma, and water-jet cutting machines with its advanced Cut Module. Tailored for profile-cutting machines, it excels with support for punch-laser hybrids. Automatic lead-in and escape geometry assignment based on part size and material thickness ensures optimal cut conditions.
MAXXCAM
Solutions
MaxxCAM revolutionizes sheet metal CAD/CAM, optimizing laser, plasma, and water-jet cutting machines with its advanced Cut Module. Tailored for profile-cutting machines, it excels with support for punch-laser hybrids. Automatic lead-in and escape geometry assignment based on part size and material thickness ensures optimal cut conditions.
Cutting Machine
Laser Cutting
Cutting Tube
CNC Lathe

MaxxCAM: Laser | Punching |
Nesting Software

MaxxCAM revolutionizes sheet metal CAD/CAM, optimizing laser, plasma, and water-jet cutting machines with its advanced Cut Module. Tailored for profile-cutting machines, it excels with support for punch-laser hybrids. Automatic lead-in and escape geometry assignment based on part size and material thickness ensures optimal cut conditions.

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Our Products

PROFILE CAM

Maximise the potential of laser, plasma, oxy-fuel, and water-jet cutting machines with MaxxCAM’s cutting module.

PUNCH CAM

The MaxxCAM tooling engine provides the best automated and interactive capabilities available in the industry.

2D CAD

The MaxxCAM 2D CAD system uses a 2D parametric constraint kernel and for advanced part of the creation.

AUTO NESTING

MaxxCAM’ s irregular nesting engine allows nesting on multiple sheets and sizes simultaneously, resulting in stunning results

PUNCH/SHEAR CAM

The MaxxCAM tooling engine provides the best automated and interactive capabilities available in the industry.

COMPOSITE CUTTING

Composite cutting and knife cutting are advanced techniques used to achieve precise, smooth, and efficient results in sheet metal fabrication.

Our Manufacturing Process

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Customer Stories

See for yourself why many companies have chosen MaxxCAM

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Tonny Andersen Soby A/S

Here at Søby AS, we use MaxxCAM for our Pullmax turret punching machines and our Bystronic lasers. For us, it has been a great change; we save a lot of time with nesting and have significantly better utilization of sheets than we had before.

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Jeremy Steel NQ Sheetmetal Pvt Ltd

We were searching for a CAD/CAM package that was both easy to learn and use for our new AMADA EMZ-3510 turret punch. After testing various software options, we found that MaxxCAM was the perfect fit for our business due to its intuitive interface and logical workflow.

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Cosmin Cojocaru SBS Kuhltechnik GmbH

At SBS Kühltechnik GmbH, we have recently implemented a new Trumpf TruPunch 1000 (S19) to work alongside our existing Trumpf TC500R. The new Trumpf TruPunch 1000 (S19) is equipped with advanced functions that have greatly improved our fabrication needs. We are using many different tool types, including wheel tools, forming tools, engraving tools, tapping tools, and more.

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Kim Jensen Dan-doors A/S

When we wanted to move from programming the same parts over and over again to building families of products that could be reused as parametric templates, we chose MaxxCAM. Building such a system is a significant task, and you need to carefully consider who can help with such a project. We chose MaxxCAM as our partner, and we certainly have no regrets.

Nesting Software Savings Calculator

1. Material Efficiency

2. Programming Time

3. Machine Runtime

Calculations:

Annual material saving: £49,120 £1,228,000 * 4%
Annual programming time saving: £31,574.4 ((£33 * 40 hours) * 52 weeks) * 46%
Annual machine runtime saving: £56,160 ((£150 * 40 hours) * 52 weeks) * 18%
Total ANNUAL saving: £136,854.4

Settings explained:

  • Material efficiency: Maxxcam's High Performance Nesting can often yield double-digit savings. Select an annual material spend followed by the percentage saving provided by your Maxxcam nesting benchmark. Alternatively, select an estimation to see possible savings.
  • Programming time: By automating processes such as CAD import, automatic tooling and nesting programming time can often be drastically reduced. This can free up staff for more proactive, productive tasks. Figures based on 40 hour week. Multiply hourly rate for multiple shifts.
  • Machine runtime: By using features such as common or fly cutting machine runtime can often be significantly improved. Maxxcam Expert can provide runtime estimation* alongside NC code giving extra capacity with the same equipment. Figures based on 40 hour week. Multiply hourly rate for multiple shifts.

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