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Pascal Diller

Head of Mechanical Engineering

Innovation at Heesemann means systems thinking

At Heesemann, innovation is not created in isolation.
It is an integral part of the machine architecture.

Under the direction of Pascal Diller, machine concepts are being developed that combine mechanics, sensors and automation to form an intelligent overall system.

The goal is not maximum complexity.
The aim is maximum process reliability.‍

What does scalable machine architecture mean in industrial grinding machinery?

Scalability describes the ability of a machine platform to be functionally extended, technologically updated and systemically adapted — without a complete new development.

Our development approach:

standardized base units

modularly combinable sanding units

clearly defined mechanical and control interfaces

expandable automation components

updatable control architecture

Integration into existing production lines

Scalability is therefore not an additional feature, but a basic design decision in engineering.

Platform strategy at Heesemann

Heesemann does not develop machines as individual designs, but as structured platforms.

This platform strategy is based on:

torsionally resistant machine frame

precisely defined aggregate interfaces

modular electrical and control architecture Sensors

systematic update capability

clear separation of basic system and application-specific characteristics

This results in customer-specific solutions on a technically stable basis.

Know-how ensures quality.

Torsionally resistant base systems as a foundation

Each platform is based on a structurally designed, highly stable base frame.

Technical relevance:

Minimize vibrations

reproducible grinding results

high dimensional stability

Integration into existing production lines

long-term geometry stability

Mechanical integrity is a prerequisite for:

high gloss finish

Intermediate lacquer sanding

textured and metal sanding

Tolerance-critical applications

Scalability cannot be achieved without a stable basic architecture.

Know-how ensures quality.

Flexible aggregate configuration

On the basis of the platform, different processing units can be combined:

Calibration units

Fine sanding aggregates

Texture brushes

metal processing units

Special and special units

Depending on the application, the CSD® magnetic pressure bar system can be integrated and enables:

uniform pressure distribution

constant surface quality

reproducible results with changing material thicknesses

The platform remains the same — the configuration adapts to the application.

Real-time optimization through digital control

Digital control systems continuously analyze process parameters and adjust them automatically.

Features:

Automatic pressure adjustment

Dynamic belt speed

Energy-efficient control systems

Process data analysis

Minimize material consumption

Downtimes are reduced.
Plant availability is increasing.
Efficiency is improving sustainably.

Modular control and digital expandability

Scalability doesn't end with mechanics.

Modern grinding machines must:

be able to be integrated into existing line controls

Communicate with conveyor technology

Connect robotic systems

Capture production data

Enable remote diagnostics

Modular control architectures enable:

new software modules added

Automation components expanded

digital interfaces retrofitted

Integrated condition monitoring systems

without replacing the entire system.

Integration into production lines

Scalable architecture means system capability.

Heesemann machines can:

operated as a single system

integrated into existing lines

designed as part of complex production systems

Reduced personnel costs

be connected to higher-level ERP or MES systems.

Defined mechanical and control interfaces enable predictable integration.

From a single machine to a modular production line

The platform architecture allows solutions for:

Individual machines

customer-specific special systems

multi-stage grinding processes

automated production lines

future expansion levels

Scalability means that every machine is designed systemically — not designed in isolation.

Economic benefits of scalable architecture

A scalable machine platform offers:

reduced development times

faster project implementation

predictable investment stages

lower replacement investments

long-term expandability

technological update capability

high production reliability

Companies do not invest in a static solution, but in a resilient architecture.

The role of Pascal Diller

Pascal Diller, Head of Engineering and member of the management board, is responsible for the structural development of scalable machine architectures.

His focus is on:

clearly defined architecture concepts

standardized interfaces

modular construction

long-term platform strategy

digital transformation capacity

In this way, Heesemann combines traditional mechanical engineering expertise with structured innovation development.
Engineering is becoming the strategic basis for future product generations.

Automation FAQs

Can an existing Heesemann machine be expanded?

In many cases, yes. The functionality can be extended through additional aggregates, control updates or automation components. The underlying platform structure is a prerequisite.

How long do machine platforms remain updateable?

The architecture is designed for long-term expandability. Mechanical stability and modular control enable updates over many years.

Does scalability make economic sense?

Yes It reduces long-term replacement investments, increases flexibility when changing products and enables gradual expansions instead of complete new purchases.

What is the role of the control architecture?

Modular control enables integration into lines, digital expansion, remote diagnostics and future software adjustments.

How does scalability affect surface quality?

Thanks to a stable basic architecture and precise aggregate interfaces, the processing quality remains reproducible even with expansions.

Architecture is decisive for future viability

Scalability is not a technical detail.
It is a structural decision in engineering. Heesemann develops machine platforms that are powerful today and can be expanded tomorrow.

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