Laser technology

Precise and flexible

Lasers for cutting, welding, marking, ablation and perforating. From simple straight cuts to complex three-dimensional applications, they master every challenge and process plastics, metals and fiber composites – so our customers are always ‘one cut ahead’!

At Hans von der Heyde, we develop customer-specific manufacturing processes from the basics to production readiness. The focus of our work is on separating processes such as cutting and perforating. However, Hans von der Heyde also tests and implements a wide range of marking tasks for the permanent marking of your products with regard to the feasibility of your product.

Maximum flexibility: Our
modular system

Degree of automation, cycle time and complex component geometries – many requirements mean that a standard machine is no longer sufficient.
With our modular concept for laser machines, we can meet all your requirements. Depending on the application, the required modules and options are combined as if from a construction kit. Not only does this sound good, it is also fast and cost-efficient.

Cutting

Whether with the CNC laser or highly dynamic scanner technology; the machines machines from Hans von der Heyde offer you offer you the right solution for cutting a wide variety of workpieces. The spectrum ranges from simple sprue cutting to complex 3D geometries with high wall thicknesses.

Welding

Highly flexible application options, particularly short cycle times and even hard-to-reach areas can be achieved with laser welding systems from Hans von der Heyde. With our solutions, we also join different materials permanently and tightly!

Labeling

Without tool wear or additional consumables, you can easily mark your products – quickly and cleanly. Equipped with Data Matrix codes, important parameters can still be read even after years of use.

With us, you can apply lettering, logos and
variable codes permanently and durably.

Ablation

Laser ablation is based on the focused application of laser energy in short pulses. We use targeted pulses to precisely remove the surface coating without damaging the underlying structures.

Key data