Tooling & Automation

We design and manufacture advanced tooling, automation systems and robotic applications tailored to each client's process. With end-to-end capabilities, a modern internal machine park and with over 1,000 installations worldwide, we deliver engineered solutions that adapt, scale and perform.

Tooling & Automation

We design and manufacture advanced tooling, automation systems and robotic applications tailored to each client's process. With end-to-end capabilities, a modern internal machine park and with over 1,000 installations worldwide, we deliver engineered solutions that adapt, scale and perform.

Why choose Harx?

Engineering Focused, Partnership Driven

We don’t just build machines. We solve real manufacturing challenges with teams that bring together mechanical, electrical, and software expertise.

Trusted Across Industries

We work with demanding sectors such as automotive, aerospace, material handling and consumer goods. Our systems meet strict technical and quality standards.

Flexible by Design

Our modular solutions are built to adapt. Whether for low-volume production or fast-paced automation, they grow and change with your needs.

Built to Last

Every solution is engineered with care and tested for performance. We support it throughout its lifecycle so it delivers from day one to the finish line.

Industrial Automation

We deliver automation systems that transform repetitive operations into streamlined, high-efficiency production. Combining robotics, precision inspection, and intelligent material flow, our solutions drive efficiency, consistency, and quality across manufacturing lines.

Fully Automated Production Lines

Fully Automated Production Lines

Transform manual assembly into continuous, high‑throughput manufacturing. Tailored systems scale with product variants and takt time for long-term adaptability.

Typical Applications

Automotive cabin and Front-End-Module assembly
Appliance and white‑goods final assembly
Battery module and actuator manufacturing
Consumer electronics kitting, integration & packaging

Offer

Automated assembly, joining, dispensing, fastening
Robotic part handling and manipulation
Desynchronized conveyor, palletizing and material flow systems
Process analytics: data capture, monitoring, ML-based performance optimization
Robotic Applications

Robotic Applications

Seamless robotic workcells built for flexibility, vision, and control. From 6‑axis arms to cobots, fully integrated for safety, predictive maintenance and smart tooling.

Typical Applications

Multi‑model electronics module assembly
Delicate packaging in consumer and healthcare sectors
Logistic-Palletizing and sorting in e‑commerce hubs
Precision welding and riveting of small assemblies

Offer

6‑axis, DELTA and SCARA robots for pick‑and‑place, fastening, welding
Collaborative (cobot) stations with vision systems for dynamic tasks
Smart gripper tooling and automatic tool‑changers
Automated Quality Control

Automated Quality Control

Vision‑guided inspection systems that eliminate defects before they become costly. Scalable inline, end‑of‑line or lab setups with AI‑driven analytics.

Typical Applications

Visual inspection of stamped or injected components (automotive, packaging)
Presence, alignment, completeness checks (aerospace, electronics)
Statistical process control (SPC) and traceability in regulated industries (medical, defense)

Offer

2D/3D machine vision with AI inspection logic
Contactless metrology and dimensional scanning
OCR, barcode reading and automated defect classification
Intralogistics & Material Handling

Intralogistics & Material Handling

Intelligent material flow orchestration from warehouse to line. Reduce downtime and bottlenecks while enabling scale through flexible pick-and-transfer automation.

Typical Applications

Material transport between injection moulders, presses and assembly cells
Order consolidation and kit building in warehouses
Pallet movement and feeder systems for consumer‑industrial production

Offer

Automated part transfer between process cells
Final packaging and palletization applications
AGVs and AMRs for cross‑site floor automation
MES/WMS integration for real‑time inventory visibility

Fully Automated Production Lines

Transform manual assembly into continuous, high‑throughput manufacturing. Tailored systems scale with product variants and takt time for long-term adaptability.

Typical Applications

Automotive cabin and Front-End-Module assembly
Appliance and white‑goods final assembly
Battery module and actuator manufacturing
Consumer electronics kitting, integration & packaging

Offer

Automated assembly, joining, dispensing, fastening
Robotic part handling and manipulation
Desynchronized conveyor, palletizing and material flow systems
Process analytics: data capture, monitoring, ML-based performance optimization

Robotic Applications

Seamless robotic workcells built for flexibility, vision, and control. From 6‑axis arms to cobots, fully integrated for safety, predictive maintenance and smart tooling.

Typical Applications

Multi‑model electronics module assembly
Delicate packaging in consumer and healthcare sectors
Logistic-Palletizing and sorting in e‑commerce hubs
Precision welding and riveting of small assemblies

Offer

6‑axis, DELTA and SCARA robots for pick‑and‑place, fastening, welding
Collaborative (cobot) stations with vision systems for dynamic tasks
Smart gripper tooling and automatic tool‑changers

Automated Quality Control

Vision‑guided inspection systems that eliminate defects before they become costly. Scalable inline, end‑of‑line or lab setups with AI‑driven analytics.

Typical Applications

Visual inspection of stamped or injected components (automotive, packaging)
Presence, alignment, completeness checks (aerospace, electronics)
Statistical process control (SPC) and traceability in regulated industries (medical, defense)

Offer

2D/3D machine vision with AI inspection logic
Contactless metrology and dimensional scanning
OCR, barcode reading and automated defect classification

Intralogistics & Material Handling

Intelligent material flow orchestration from warehouse to line. Reduce downtime and bottlenecks while enabling scale through flexible pick-and-transfer automation.

Typical Applications

Material transport between injection moulders, presses and assembly cells
Order consolidation and kit building in warehouses
Pallet movement and feeder systems for consumer‑industrial production

Offer

Automated part transfer between process cells
Final packaging and palletization applications
AGVs and AMRs for cross‑site floor automation
MES/WMS integration for real‑time inventory visibility

Special Purpose Machines

We build custom special-purpose machines for high-precision manufacturing tasks. Trusted across industries, our systems are made to perform with efficiency, accuracy, and durability.

High-Precision Punching Systems

High-Precision Punching Systems

Our punching systems can be delivered as standalone units or integrated into full automation lines—supporting both mass production and high-mix, low-volume workflows

Typical Applications

Automotive: Heatshields, seat frame brackets, terminal carriers, battery module stiffeners
Electronics: EMI shielding enclosures, ventilation grilles, PCB backing plates
Industrial & Energy: Cable trays, distribution boxes, generator access panels
Aerospace: Perforated trim panels and bracket reinforcement plates

Offer

Hot or cold punch modules, including ultra-sonic solutions for optimal cost to quality results
Tool change automation for minimal downtime
Tight tolerance perforations in woven fabrics, composites, or plastic laminates
Configurable bed sizes and part handling integration
Flexible Trimming Machines

Flexible Trimming Machines

Our machines can be deployed as in-line cells or offline systems with conveyor integration, fixture recognition, and vision-based alignment for optimal accuracy.

Typical Applications

Automotive: Interior trims, door panels, bumper skins, and wheel arch liners
Agricultural & Construction: Tractor dashboard casings, hood covers, light housings
Consumer Goods: Appliance housings, vacuum-formed packaging inserts
Aerospace: Composite fairings and interior structural covers

Offer

Multi-axis contour cutting of plastic, composite, or lightweight woven, natural fiber parts
Robotic or gantry-mounted trimming heads
Clean edge finishing without burring or material fraying
Adjustable tooling for model variation
Industrial Joining & Gluing Systems

Industrial Joining & Gluing Systems

We build systems with bead-tracking sensors, force monitoring, and programmable paths to ensure consistent joint quality under production pressures.

Typical Applications

Automotive: Bonding of instrument panels, HVAC ducts, sunroof frames, and door inserts
Aerospace: Composite skin-to-core sandwich panel assembly, hatch covers, ducting joints
Electronics: Battery cell encapsulation, screen bonding, sensor mounting
Industrial Equipment: Plastic-to-metal cover assemblies, electrical enclosures, switchgear seals

Offer

Automated and semi-automated gluing stations (hot melt, reactive, structural adhesives)
Heat staking, ultrasonic welding, or vibration welding
Hybrid bonding of dissimilar materials (e.g., plastic-to-metal, composite-to-thermoplastic)
Semi-Automatic Assembly Solutions

Semi-Automatic Assembly Solutions

Our stations are ideal for high-variation, low- to mid-volume production lines and are engineered for smooth operator ergonomics and traceable output data.

Typical Applications

Automotive: Multi-model subassembly for dashboards, seat adjusters, and door locks
Electronics: Pre-assembly of wiring harnesses, connectors, and PCB frames
Consumer Appliances: Final station operations for white goods and HVAC controls
Agricultural Equipment: Manual insertion and torquing of fittings, lines, or fasteners

Offer

Human-guided, assisted part loading and fastening
Programmable tightening systems with torque/angle monitoring
Visual or tactile operator guidance systems
Integration of scanners, poka-yoke logic, and traceability tools

High-Precision Punching Systems

Our punching systems can be delivered as standalone units or integrated into full automation lines—supporting both mass production and high-mix, low-volume workflows

Typical Applications

Automotive: Heatshields, seat frame brackets, terminal carriers, battery module stiffeners
Electronics: EMI shielding enclosures, ventilation grilles, PCB backing plates
Industrial & Energy: Cable trays, distribution boxes, generator access panels
Aerospace: Perforated trim panels and bracket reinforcement plates

Offer

Hot or cold punch modules, including ultra-sonic solutions for optimal cost to quality results
Tool change automation for minimal downtime
Tight tolerance perforations in woven fabrics, composites, or plastic laminates
Configurable bed sizes and part handling integration

Flexible Trimming Machines

Our machines can be deployed as in-line cells or offline systems with conveyor integration, fixture recognition, and vision-based alignment for optimal accuracy.

Typical Applications

Automotive: Interior trims, door panels, bumper skins, and wheel arch liners
Agricultural & Construction: Tractor dashboard casings, hood covers, light housings
Consumer Goods: Appliance housings, vacuum-formed packaging inserts
Aerospace: Composite fairings and interior structural covers

Offer

Multi-axis contour cutting of plastic, composite, or lightweight woven, natural fiber parts
Robotic or gantry-mounted trimming heads
Clean edge finishing without burring or material fraying
Adjustable tooling for model variation

Industrial Joining & Gluing Systems

We build systems with bead-tracking sensors, force monitoring, and programmable paths to ensure consistent joint quality under production pressures.

Typical Applications

Automotive: Bonding of instrument panels, HVAC ducts, sunroof frames, and door inserts
Aerospace: Composite skin-to-core sandwich panel assembly, hatch covers, ducting joints
Electronics: Battery cell encapsulation, screen bonding, sensor mounting
Industrial Equipment: Plastic-to-metal cover assemblies, electrical enclosures, switchgear seals

Offer

Automated and semi-automated gluing stations (hot melt, reactive, structural adhesives)
Heat staking, ultrasonic welding, or vibration welding
Hybrid bonding of dissimilar materials (e.g., plastic-to-metal, composite-to-thermoplastic)

Semi-Automatic Assembly Solutions

Our stations are ideal for high-variation, low- to mid-volume production lines and are engineered for smooth operator ergonomics and traceable output data.

Typical Applications

Automotive: Multi-model subassembly for dashboards, seat adjusters, and door locks
Electronics: Pre-assembly of wiring harnesses, connectors, and PCB frames
Consumer Appliances: Final station operations for white goods and HVAC controls
Agricultural Equipment: Manual insertion and torquing of fittings, lines, or fasteners

Offer

Human-guided, assisted part loading and fastening
Programmable tightening systems with torque/angle monitoring
Visual or tactile operator guidance systems
Integration of scanners, poka-yoke logic, and traceability tools

Tooling solutions

We deliver tooling systems for lightweight, high-strength parts with smooth finishes, high durability, and low shrinkage. They ensure smooth surfaces, ideal for painting or coating.

Injection Mould Tooling

Injection Mould Tooling

Each tool is optimized using mould flow simulation and validated via prototype trials for robust, scalable production.

Typical Applications

Automotive: EV connector housings and battery covers
Healthcare: Medical trays and instrument cases
Warehousing: Logistics crates and packaging inserts
Electronics: Smart sensor casings and electronic enclosures

Offer

High dimensional accuracy and repeatability
Complex geometries with undercuts, ribs, or textures
Decorative, functional, or structural surfaces
Thin-wall and lightweight part design
Low-Pressure & Reaction Injection Moulding

Low-Pressure & Reaction Injection Moulding

We design tooling for advanced reaction injection moulding processes, including: RIM, SRIM and Telene®. Tailored for polyurethane, epoxy, Telene/DCPD, and reinforced foams.

Typical Applications

Automotive: Battery enclosures, underbody shields, and fascia panels
Industrial & energy: Generator covers and HVAC panels
Off-highway equipment: Agricultural vehicle hoods and bodywork
Aviation: Aerospace trim panels and cabin linings

Tooling options

Modular aluminium or steel cavity frames
Vacuum-assisted and vented systems for bubble-free filling
Quick-change inserts and part-variant tooling
Embedded heating/cooling systems with precise temperature control

Offer

RIM (Reaction Injection Moulding)
SRIM (Structural RIM with fiber reinforcement)
Telene® (DCPD-based RIM systems)

Advantages

Lightweight, high-strength parts
High impact resistance and dimensional stability
Excellent chemical resistance and low shrinkage
Smooth surface finishes for painted or coated end-use
Press & Forming Dies

Press & Forming Dies

All tools are manufactured with hardened steel, precision-ground components, and integrated sensor packages for in-die monitoring.

Typical Applications

Automotive: Headliner acoustic pads, underbody noise insulators, trunk side panels (fabric)
Automotive: SMC hood inners, fenders, and liftgates (composite)
Aerospace: Cabin acoustic insulation panels, luggage bin inserts (fabric)
Industrial Equipment: Composite panels for machinery housings and enclosures

Offer

Fabric part forming for acoustic insulation and NVH treatments
Composite part pressing, including SMC for structural and exterior panels
Progressive, transfer, or tandem tooling formats
Fixtures & Jigs for Assembly & Machining

Fixtures & Jigs for Assembly & Machining

Fixtures are built for high repeatability, ease of changeover, and compatibility with Industry 4.0 data tracking.

Typical Applications

Aerospace: Wing and fuselage assembly jigs, structural panel fixturing
Automotive: Welding fixtures for body components, jigs for powertrain subassemblies
Electronics: PCB positioning jigs, fixture nests for precise connector placement
Heavy Equipment: Gearbox, axle, and frame positioning fixtures

Offer

Accurate clamping, positioning, and referencing for complex part geometries
Ergonomic and repeatable setups for manual, semi-automated, or robotic processes
Mechanical, pneumatic, or hydraulic locking options
Custom nests, modular bases, and quick-change tooling interfaces

Advantages

Harx fixtures and jigs are engineered for long-term stability, rapid changeover, and compatibility with vision systems and Industry 4.0 data tracking.
Aerospace structural panel fixturing
Automotive and powertrain subassemblies
Electronic component positioning
Heavy equipment gearbox and axle positioning

Injection Mould Tooling

Each tool is optimized using mould flow simulation and validated via prototype trials for robust, scalable production.

Typical Applications

Automotive: EV connector housings and battery covers
Healthcare: Medical trays and instrument cases
Warehousing: Logistics crates and packaging inserts
Electronics: Smart sensor casings and electronic enclosures

Offer

High dimensional accuracy and repeatability
Complex geometries with undercuts, ribs, or textures
Decorative, functional, or structural surfaces
Thin-wall and lightweight part design

Low-Pressure & Reaction Injection Moulding

We design tooling for advanced reaction injection moulding processes, including: RIM, SRIM and Telene®. Tailored for polyurethane, epoxy, Telene/DCPD, and reinforced foams.

Typical Applications

Automotive: Battery enclosures, underbody shields, and fascia panels
Industrial & energy: Generator covers and HVAC panels
Off-highway equipment: Agricultural vehicle hoods and bodywork
Aviation: Aerospace trim panels and cabin linings

Tooling options

Modular aluminium or steel cavity frames
Vacuum-assisted and vented systems for bubble-free filling
Quick-change inserts and part-variant tooling
Embedded heating/cooling systems with precise temperature control

Offer

RIM (Reaction Injection Moulding)
SRIM (Structural RIM with fiber reinforcement)
Telene® (DCPD-based RIM systems)

Advantages

Lightweight, high-strength parts
High impact resistance and dimensional stability
Excellent chemical resistance and low shrinkage
Smooth surface finishes for painted or coated end-use

Press & Forming Dies

All tools are manufactured with hardened steel, precision-ground components, and integrated sensor packages for in-die monitoring.

Typical Applications

Automotive: Headliner acoustic pads, underbody noise insulators, trunk side panels (fabric)
Automotive: SMC hood inners, fenders, and liftgates (composite)
Aerospace: Cabin acoustic insulation panels, luggage bin inserts (fabric)
Industrial Equipment: Composite panels for machinery housings and enclosures

Offer

Fabric part forming for acoustic insulation and NVH treatments
Composite part pressing, including SMC for structural and exterior panels
Progressive, transfer, or tandem tooling formats

Fixtures & Jigs for Assembly & Machining

Fixtures are built for high repeatability, ease of changeover, and compatibility with Industry 4.0 data tracking.

Typical Applications

Aerospace: Wing and fuselage assembly jigs, structural panel fixturing
Automotive: Welding fixtures for body components, jigs for powertrain subassemblies
Electronics: PCB positioning jigs, fixture nests for precise connector placement
Heavy Equipment: Gearbox, axle, and frame positioning fixtures

Offer

Accurate clamping, positioning, and referencing for complex part geometries
Ergonomic and repeatable setups for manual, semi-automated, or robotic processes
Mechanical, pneumatic, or hydraulic locking options
Custom nests, modular bases, and quick-change tooling interfaces

Advantages

Harx fixtures and jigs are engineered for long-term stability, rapid changeover, and compatibility with vision systems and Industry 4.0 data tracking.
Aerospace structural panel fixturing
Automotive and powertrain subassemblies
Electronic component positioning
Heavy equipment gearbox and axle positioning

In-house services

Product
Development

Mechanical Engineering

CNC-machining

Controls Engineering

Reverse Engineering

Robotics

Electrical Engineering

3D Printing

Certified to deliver

We meet the highest  standards so you can count on quality at every stage – from first sketch to final product.

ISO 9001

Certified quality management system.

IATF 19649

Certified quality management system for the automotive industry

ECOVADIS SILVER
MEDALIST

Ranked in the top 15% for sustainability performance.

ESG COMPLIANT

Shaping a sustainable future through responsible growth.