Full interactive walkthrough of four labs
Direct links to live product demonstrations
Access to PCB and RF prototyping tools
Interactive 3D prototyping environment
Tracks Laser & Electronics Ltd provides a virtual 3D showroom that brings together a complete overview of 16 systems designed for in-house PCB prototyping and laser-based micro-material processing. The experience is structured into themed sections, allowing us to explore solutions ranging from PCB basic line systems to RF prototyping setups, as well as dedicated areas for scientific micro-material work.
We can navigate through a 360-degree interface, switch between rooms, and access individual products directly through an intuitive menu. This setup helps us understand multilayer PCB production, single and double-sided board creation, and specialised applications clearly and interactively within a lab-focused environment.
Our PCB prototyping & manufacturing solutions
RF Prototyping
LPKF ProtoLaser U4
A UV laser-based micromachining system designed for precise structuring, engraving, and cutting of sensitive materials in a single process, offering a wide process window for advanced laboratory applications.
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UV Laser Processing
Uses a 355 nm UV laser for high-precision work across diverse material groups, enabling tool-free processing without masks or films, even on delicate or thin organic layers.
-
Low-Energy Stability
Optimised for stable performance in the low power range, allowing fine, sensitive processing with minimal heat impact, ideal for fragile substrates.
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High-Precision Structuring
Delivers fine structures with ~20 µm focus and tight pitch control, enabling highly accurate circuit features on FR4 and similar materials.
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Advanced System Control
Integrated CircuitPro software and a comprehensive parameter library ensure controlled processing, reproducibility, and easy adaptation to both standard and specialised materials.
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Vision System Integration
Equipped with a fast, modern vision system that accurately detects fiducials and alignment marks for precise laser micromachining operations.
Applications - ultra-fine structures on challenging substrates
Applications - ultra-fine structures on challaging substrates
LPKF ProtoLaser R4
A picosecond laser micromachining system engineered for ultra-precise, non-thermal material processing, enabling clean structuring and cutting of sensitive and advanced substrates with virtually no heat impact.
-
Ultra-Short Pulse Technology
Uses picosecond laser pulses that significantly reduce heat transfer, allowing material to be removed through immediate evaporation rather than thermal damage, ensuring high structural integrity.
-
Cold Ablation Process
Enables true cold ablation with minimal to no heat-affected zone, making it suitable for temperature-sensitive and delicate electronic substrates.
-
Advanced Material Capability
Supports processing of FR4, HF laminates, and ceramics such as Al₂O₃ and GaN, as well as metal and polymer layer separation without discolouration or micro-cracks.
-
Surface and Thin Film Processing
Ideal for precise ablation of thin films and controlled removal of metal layers on plastic foils, maintaining stability even under low-power operation.
-
Precision Software Control
Integrated CircuitPro software and camera-assisted alignment system ensure accurate workflow execution and fast prototyping for complex micromaterial projects in laboratory environments.
Application Examples
LPKF ProtoLaser S4
A compact and high-precision laser system designed for fast PCB prototyping, delivering fine structural detail, efficient copper removal, and reliable performance across standard and RF materials.
-
High-Speed PCB Prototyping
Enables rapid structuring of laminated PCBs such as FR4, supporting single pieces and small batch production without the need for masks or tooling.
-
Green Laser Processing
Uses a 532 nm green laser that reduces sensitivity to substrate burning while maintaining excellent accuracy across plated-through boards and complex conductor structures.
-
RF and Special Material Compatibility
Delivers strong performance on RF materials and other specialised substrates, supporting advanced electronics development with a wide process window.
Gentle material processing of FR4
-
Integrated Vision System
The high-resolution camera system detects alignment marks and circuit patterns quickly, ensuring precise registration and consistent machining results.
-
Intuitive CircuitPro Software
Pre-installed CAM software optimises CAD data for laser processing and provides access to an extensive material parameter library for efficient project setup.
-
Compact Laboratory Design
Space-efficient system mounted on rollers for easy installation, requiring only compressed air and fitting through standard laboratory doors for flexible deployment.
Application Examples
ProtoMat S 104
LPKF ProtoMat systems enable fast, precise and fully in-house PCB prototyping from RF to multilayer applications. Designed for laboratory use, they support automated workflows, high-accuracy machining and complete control from design to finished board.
-
LPKF ProtoMat S104 Overview
A high-end PCB plotter designed for RF and microwave applications, featuring automatic tool change, optical registration, a vacuum table and high-speed spindle operation for maximum precision and repeatability.
-
Fully Automatic Operation
Sensor-based measurement of material and copper thickness ensures accurate milling depth calculation. Automatic tool switching across 20 positions enables uninterrupted production with minimal user input.
-
High-Precision Machining
With spindle speeds up to 100,000 rpm and granite base stability, the system delivers fine structural detail, consistent milling channels and high repeat accuracy for complex PCB designs.
-
2.5D Machining Capability
Supports depth milling, enclosures, front panels and mounted PCBs. Enables flexible processing of rigid, flexible and rigid-flex materials, including plastic mounts and housing structures.
-
Software and RF Optimisation
Intuitive CircuitPro software supports RF-focused workflows with material parameter libraries, ensuring reliable processing for demanding microwave and high-frequency applications.
-
Applications and Use Cases
Used for PCB structuring, depaneling, engraving, cutting, solder paste stencil production and flexible PCB processing, making it a versatile solution for advanced electronics development.
Applications
Image Gallery
RF-Aligned Software
LPKF CircuitPro is an integrated CAM and machine control software used with ProtoMat milling systems and ProtoLaser platforms. It converts CAD and EDA design data into structured manufacturing steps and guides users through the complete PCB production workflow. The system combines data preparation, machine control, and process guidance within a single interface for consistent and efficient prototyping.
Design Rule Check
After importing CAD data, CircuitPro performs automatic manufacturability validation. It checks spacing, tool limits and structural constraints to ensure the design can be physically produced with available equipment.
Conductor Track Insulation
The software generates precise milling paths for isolating conductive tracks and defining board contours. This step consolidates key PCB structuring actions into a single controlled process stage.
Production Assistant
A guided workflow manages machine setup, material selection and board positioning. It also supports panelisation, allowing multiple PCBs to be processed on a single base material for efficiency.
Process Notifications
During operation, the system prompts for required manual actions such as tool changes, board flipping or through-hole processing. All production data is stored for repeat runs and process consistency.
Optimised Performance Control
Advanced geometry recognition improves processing speed and reduces downtime, enabling faster and more stable operation of ProtoMat and ProtoLaser systems.
Dust Extraction Unit
Absolute HEPA filter,
Auto-switch function
Software-controlled
Contac S4
A compact tabletop electroplating system designed for reliable multilayer PCB production, enabling safe and uniform through-hole connections without requiring chemical expertise, ideal for advanced in-house prototyping environments.
-
Galvanic Through-Hole Plating
Provides reliable electrical interconnection for multilayer PCBs using a six-bath cascade process. Ensures homogeneous copper deposition inside vias and supports boards up to eight layers with high structural integrity.
-
Uniform Copper Layer Formation
Uses optimised anode systems and reverse pulse plating to achieve consistent copper thickness across hole walls and surface layers, improving conductivity and long-term reliability.
-
Microvia Cleaning and Activation
Includes integrated cleaning and activation steps using air flow and black hole technology to ensure strong bonding between plated holes and surface copper.
-
Optional Tinning Process
A final tin bath can be applied to improve surface protection and enhance solderability, increasing durability during assembly and testing.
-
User-Friendly Operation
The touchscreen-guided interface simplifies operation, offering automatic process control, maintenance alerts, and pre-set parameters, removing the need for chemical handling knowledge.
ProConduct
Conductive Through-Holes With Conductive Paste
-
Perfect for low-volume production
-
Easily plate vias in just a few minutes
-
Vias as small as 0.4mm (15 mil) up to an aspect ratio of 1:4
-
LTCC compatible
Multilayer Production
LPKF ProtoLaser S4
A compact and high-precision laser system designed for fast PCB prototyping, delivering fine structural detail, efficient copper removal, and reliable performance across standard and RF materials.
-
High-Speed PCB Prototyping
Enables rapid structuring of laminated PCBs such as FR4, supporting single pieces and small batch production without the need for masks or tooling.
-
Green Laser Processing
Uses a 532 nm green laser that reduces sensitivity to substrate burning while maintaining excellent accuracy across plated-through boards and complex conductor structures.
-
RF and Special Material Compatibility
Delivers strong performance on RF materials and other specialised substrates, supporting advanced electronics development with a wide process window.
Gentle material processing of FR4
-
Integrated Vision System
The high-resolution camera system detects alignment marks and circuit patterns quickly, ensuring precise registration and consistent machining results.
-
Intuitive CircuitPro Software
Pre-installed CAM software optimises CAD data for laser processing and provides access to an extensive material parameter library for efficient project setup.
-
Compact Laboratory Design
Space-efficient system mounted on rollers for easy installation, requiring only compressed air and fitting through standard laboratory doors for flexible deployment.
Application Examples
ProtoLaser H4
Reliable Laser Processing from FR4 to Sensitive RF Substrates
A compact tabletop laser and mechanical hybrid system designed for fast, precise PCB prototyping across digital, analogue, RF, and microwave applications, including support for multilayer circuit boards.
-
Hybrid Processing Capability
Combines contactless laser surface structuring with mechanical drilling and milling, enabling precise processing of thick substrates and multilayer boards within a single system.
-
High-Precision Geometry Control
Scanner-based laser technology ensures accurate, repeatable geometries on a wide range of materials, supporting fine circuit structures and complex PCB designs.
-
Advanced Drilling Performance
Supports precise mechanical drilling with spiral tools as small as 0.2 mm, allowing reliable through-hole creation even in thicker substrates.
-
Smart Automated Operation
Integrated vision alignment, material thickness measurement, and multi-tool positioning reduce manual intervention and improve process efficiency.
-
Intuitive CircuitPro Software
Powered by LPKF CircuitPro RP, the system provides CAD-to-production workflow automation with a comprehensive material and process library.
-
Compact Lab-Ready Design
A space-efficient, Class 1 laser system requiring only power and compressed air, featuring a granite base, vacuum table, and plug-and-play setup for laboratory use.
Application Examples
Field-Proven Circuitro Software
LPKF CircuitPro is an integrated CAM and machine control software used with ProtoMat milling systems and ProtoLaser platforms. It converts CAD and EDA design data into structured manufacturing steps and guides users through the complete PCB production workflow. The system combines data preparation, machine control, and process guidance within a single interface for consistent and efficient prototyping.
-
Design Rule Check
After importing CAD data, CircuitPro automatically validates manufacturability by checking spacing, tool compatibility and design constraints to ensure the layout can be physically produced.
-
Conductor Track Insulation
The software generates precise milling paths for isolating conductive tracks and defining circuit board contours. This consolidates key structuring operations into a single streamlined process.
-
Production Assistant
A guided workflow manages setup, material selection and board positioning. It also supports panelisation, enabling multiple PCBs to be processed from a single base material.
-
Process Notifications
During operation, the system prompts for required manual actions such as tool changes, board flipping or through-hole processing, ensuring smooth production flow.
-
Optimised Performance Control
Advanced recognition of geometric structures reduces downtime and improves processing speed, enabling faster and more efficient operation of ProtoMat and ProtoLaser systems.
Dust Extraction Unit
Absolute HEPA filter,
Auto-switch function
Software-controlled
ProtoMat S64
The LPKF ProtoMat S64 is a high-performance PCB prototyping system designed for fast, precise, and flexible in-house production. It combines high-speed milling, automated tool handling, and sensor-based control to deliver consistent results for fine structures down to 100 µm. Supporting multilayer workflows and extended machining functions, it is built for advanced development environments requiring accuracy, speed, and repeatability.
-
Machining PCBs with LPKF ProtoMat S64
Milling spindle 60,000 RPM
High-speed spindle operation ensures short machining times with excellent geometric precision. A pneumatic self-cleaning system reduces maintenance for both spindle and depth sensor, while the granite machine base provides long-term stability and repeatable accuracy.
-
Automatic tool change and milling width adjustment
Up to 15 tools can be exchanged automatically during production. Conical cutters adapt insulation channel width based on depth, while automatic width control maintains consistent track geometry. This reduces setup time and supports highly automated operation with continuous process monitoring.
-
2.5 dimensional machining
Enables machining of housing components with controlled depth variation, supporting more complex mechanical designs beyond standard planar PCB fabrication.
-
Solder paste dispenser
An optional integrated dispenser applies solder paste directly onto pads, removing the need for separate data preparation and streamlining SMT preparation steps.
-
Sensor controlled
Integrated sensors monitor milling depth and tool handling in real time, ensuring stable process control and consistent machining accuracy throughout production.
Image Gallery
Dust Extraction Unit
Absolute HEPA filter,
Auto-switch function
Software-controlled
ProtoMat S 104
LPKF ProtoMat systems enable fast, precise and fully in-house PCB prototyping from RF to multilayer applications. Designed for laboratory use, they support automated workflows, high-accuracy machining and complete control from design to finished board.
-
LPKF ProtoMat S104 Overview
A high-end PCB plotter designed for RF and microwave applications, featuring automatic tool change, optical registration, a vacuum table and high-speed spindle operation for maximum precision and repeatability.
-
Fully Automatic Operation
Sensor-based measurement of material and copper thickness ensures accurate milling depth calculation. Automatic tool switching across 20 positions enables uninterrupted production with minimal user input.
-
High-Precision Machining
With spindle speeds up to 100,000 rpm and granite base stability, the system delivers fine structural detail, consistent milling channels and high repeat accuracy for complex PCB designs.
-
2.5D Machining Capability
Supports depth milling, enclosures, front panels and mounted PCBs. Enables flexible processing of rigid, flexible and rigid-flex materials, including plastic mounts and housing structures.
-
Software and RF Optimisation
Intuitive CircuitPro software supports RF-focused workflows with material parameter libraries, ensuring reliable processing for demanding microwave and high-frequency applications.
-
Applications and Use Cases
Used for PCB structuring, depaneling, engraving, cutting, solder paste stencil production and flexible PCB processing, making it a versatile solution for advanced electronics development.
Applications
Image Gallery
Dust Extraction Unit
Absolute HEPA filter,
Auto-switch function
Software-controlled
MultiPress S4
Press for Standard and RF Multilayers
A stand-alone multilayer pressing system designed for precise lamination of rigid, rigid-flex, flexible and RF PCB materials, delivering consistent multilayer bonding with controlled temperature and pressure profiles.
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Multilayer Lamination System
Enables in-house production of multilayer prototypes with up to 8 layers, ensuring strong bonding and reliable electrical performance across complex PCB structures.
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Intuitive Touchscreen Operation
Features a user-friendly graphical interface with predefined process settings, making multilayer lamination simple, repeatable and accessible for both beginners and advanced users.
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Controlled Temperature and Pressure Profiles
Supports up to five programmable process steps with ramp-controlled temperature and pressure cycles, ensuring uniform material fusion and high-quality results.
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Vacuum and Fume Extraction System
The integrated vacuum function improves layer bonding quality, while the exhaust connection efficiently removes fumes and odours during operation.
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Flexible Material Compatibility
Supports rigid, flexible, rigid-flex and RF materials, making it suitable for advanced multilayer PCB development in research and in-house prototyping environments.
-
Stand-Alone Mobile Design
Compact system mounted on wheels with built-in hydraulic and vacuum systems, allowing easy relocation and efficient use within laboratory spaces.
Contac S4
A compact tabletop electroplating system designed for reliable multilayer PCB production, enabling safe and uniform through-hole connections without requiring chemical expertise, ideal for advanced in-house prototyping environments.
-
Galvanic Through-Hole Plating
Provides reliable electrical interconnection for multilayer PCBs using a six-bath cascade process. Ensures homogeneous copper deposition inside vias and supports boards up to eight layers with high structural integrity.
-
Uniform Copper Layer Formation
Uses optimised anode systems and reverse pulse plating to achieve consistent copper thickness across hole walls and surface layers, improving conductivity and long-term reliability.
-
Microvia Cleaning and Activation
Includes integrated cleaning and activation steps using air flow and black hole technology to ensure strong bonding between plated holes and surface copper.
-
Optional Tinning Process
A final tin bath can be applied to improve surface protection and enhance solderability, increasing durability during assembly and testing.
-
User-Friendly Operation
The touchscreen-guided interface simplifies operation, offering automatic process control, maintenance alerts, and pre-set parameters, removing the need for chemical handling knowledge.
ProConduct
Conductive Through-Holes With Conductive Paste
-
Perfect for low-volume production
-
Easily plate vias in just a few minutes
-
Vias as small as 0.4mm (15 mil) up to an aspect ratio of 1:4
-
LTCC compatible
PCB Basic Line
LPKF ProtoLaser S4
A compact and high-precision laser system designed for fast PCB prototyping, delivering fine structural detail, efficient copper removal, and reliable performance across standard and RF materials.
-
High-Speed PCB Prototyping
Enables rapid structuring of laminated PCBs such as FR4, supporting single pieces and small batch production without the need for masks or tooling.
-
Green Laser Processing
Uses a 532 nm green laser that reduces sensitivity to substrate burning while maintaining excellent accuracy across plated-through boards and complex conductor structures.
-
RF and Special Material Compatibility
Delivers strong performance on RF materials and other specialised substrates, supporting advanced electronics development with a wide process window.
Gentle material processing of FR4
-
Integrated Vision System
The high-resolution camera system detects alignment marks and circuit patterns quickly, ensuring precise registration and consistent machining results.
-
Intuitive CircuitPro Software
Pre-installed CAM software optimises CAD data for laser processing and provides access to an extensive material parameter library for efficient project setup.
-
Compact Laboratory Design
Space-efficient system mounted on rollers for easy installation, requiring only compressed air and fitting through standard laboratory doors for flexible deployment.
Application Examples
CircuitPro PL
LPKF CircuitPro is an integrated CAM and machine control software used with ProtoMat milling systems and ProtoLaser platforms. It converts CAD and EDA design data into structured manufacturing steps and guides users through the complete PCB production workflow. The system combines data preparation, machine control, and process guidance within a single interface for consistent and efficient prototyping.
Design Rule Check
After importing CAD data, CircuitPro automatically validates manufacturability by checking spacing, tool compatibility and design constraints to ensure the layout can be physically produced.
Conductor Track Insulation
The software generates precise milling paths for isolating conductive tracks and defining circuit board contours. This consolidates key structuring operations into a single streamlined process.
Production Assistant
A guided workflow manages setup, material selection and board positioning. It also supports panelisation, enabling multiple PCBs to be processed from a single base material.
Process Notifications
During operation, the system prompts for required manual actions such as tool changes, board flipping or through-hole processing, ensuring smooth production flow.
Optimised Performance Control
Advanced recognition of geometric structures reduces downtime and improves processing speed, enabling faster and more efficient operation of ProtoMat and ProtoLaser systems.
Dust Extraction Unit
The integrated absolute filter eliminates fibres, chips and fine dust. The unit is software-controlled.
ProtoLaser H4
Reliable Laser Processing from FR4 to Sensitive RF Substrates
A compact tabletop laser and mechanical hybrid system designed for fast, precise PCB prototyping across digital, analogue, RF, and microwave applications, including support for multilayer circuit boards.
-
Hybrid Processing Capability
Combines contactless laser surface structuring with mechanical drilling and milling, enabling precise processing of thick substrates and multilayer boards within a single system.
-
High-Precision Geometry Control
Scanner-based laser technology ensures accurate, repeatable geometries on a wide range of materials, supporting fine circuit structures and complex PCB designs.
-
Advanced Drilling Performance
Supports precise mechanical drilling with spiral tools as small as 0.2 mm, allowing reliable through-hole creation even in thicker substrates.
-
Smart Automated Operation
Integrated vision alignment, material thickness measurement, and multi-tool positioning reduce manual intervention and improve process efficiency.
-
Intuitive CircuitPro Software
Powered by LPKF CircuitPro RP, the system provides CAD-to-production workflow automation with a comprehensive material and process library.
-
Compact Lab-Ready Design
A space-efficient, Class 1 laser system requiring only power and compressed air, featuring a granite base, vacuum table, and plug-and-play setup for laboratory use.
Application Examples
Comprehensive CircuitPro Software
LPKF CircuitPro is an integrated CAM and machine control software used with ProtoMat milling systems and ProtoLaser platforms. It converts CAD and EDA design data into structured manufacturing steps and guides users through the complete PCB production workflow. The system combines data preparation, machine control, and process guidance within a single interface for consistent and efficient prototyping.
-
Design Rule Check
After importing CAD data, CircuitPro automatically validates manufacturability by checking spacing, tool compatibility and design constraints to ensure the layout can be physically produced.
-
Conductor Track Insulation
The software generates precise milling paths for isolating conductive tracks and defining circuit board contours. This consolidates key structuring operations into a single streamlined process.
-
Production Assistant
A guided workflow manages setup, material selection and board positioning. It also supports panelisation, enabling multiple PCBs to be processed from a single base material.
-
Process Notifications
During operation, the system prompts for required manual actions such as tool changes, board flipping or through-hole processing, ensuring smooth production flow.
-
Optimised Performance Control
Advanced recognition of geometric structures reduces downtime and improves processing speed, enabling faster and more efficient operation of ProtoMat and ProtoLaser systems.
Dust Extraction Unit
The integrated absolute filter eliminates fibres, chips and fine dust. The unit is software-controlled.
ProtoMat E44
The Entry Into the World of Professional PCB Prototyping
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Safe, Precise and Affordable PCB Prototyping
The LPKF ProtoMat E44 is a cost-effective entry-level system for professional PCB prototyping in education and electronics laboratories. It enables reliable milling of copper-clad boards, drilling of through-holes and depaneling of individual PCBs with a focus on simplicity and efficiency. Designed for low volume and occasional use, it delivers solid precision while remaining easy to operate.
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Compact Milling and Drilling System
The ProtoMat E44 is equipped with a 40,000 rpm spindle and manual tool-change system using a collet chuck with micrometre-based height adjustment. It supports essential PCB processes such as conductor routing, drilling and board separation from larger panels with consistent accuracy.
-
Integrated CircuitPro Software
The system includes LPKF CircuitPro CAM software for complete process control. It provides access to key machining parameters and includes a material library that supports a wide range of standard PCB materials.
-
Camera-Based Registration System
A built-in camera improves alignment for double-sided PCBs by detecting fiducials and geometric references. This ensures accurate positioning after flipping the board and supports repeatable structuring with high precision.
Applications - ultra-fine structures on challaging substrates
In-House PCB production on double sided FR4 material
Dust Extraction Unit
Absolute HEPA filter,
Auto-switch function
Software-controlled
ProtoMat S64
The LPKF ProtoMat S64 is a high-performance PCB prototyping system designed for fast, precise, and flexible in-house production. It combines high-speed milling, automated tool handling, and sensor-based control to deliver consistent results for fine structures down to 100 µm. Supporting multilayer workflows and extended machining functions, it is built for advanced development environments requiring accuracy, speed, and repeatability.
-
Machining PCBs with LPKF ProtoMat S64
Milling spindle 60,000 RPM
High-speed spindle operation ensures short machining times with excellent geometric precision. A pneumatic self-cleaning system reduces maintenance for both spindle and depth sensor, while the granite machine base provides long-term stability and repeatable accuracy.
-
Automatic tool change and milling width adjustment
Up to 15 tools can be exchanged automatically during production. Conical cutters adapt insulation channel width based on depth, while automatic width control maintains consistent track geometry. This reduces setup time and supports highly automated operation with continuous process monitoring.
-
2.5 dimensional machining
Enables machining of housing components with controlled depth variation, supporting more complex mechanical designs beyond standard planar PCB fabrication.
-
Solder paste dispenser
An optional integrated dispenser applies solder paste directly onto pads, removing the need for separate data preparation and streamlining SMT preparation steps.
-
Sensor controlled
Integrated sensors monitor milling depth and tool handling in real time, ensuring stable process control and consistent machining accuracy throughout production.
Image Gallery
Field-proven and Industry-leading CircuitPro PM Software
LPKF CircuitPro is an integrated CAM and machine control software used with ProtoMat milling systems and ProtoLaser platforms. It converts CAD and EDA design data into structured manufacturing steps and guides users through the complete PCB production workflow. The system combines data preparation, machine control, and process guidance within a single interface for consistent and efficient prototyping.
Design Rule Check
After importing CAD data, CircuitPro automatically validates manufacturability by checking spacing, tool compatibility and design constraints to ensure the layout can be physically produced.
Conductor Track Insulation
The software generates precise milling paths for isolating conductive tracks and defining circuit boards. contours. This consolidates key structuring operations into a single streamlined process.
Production Assistant
A guided workflow manages setup, material selection and board positioning. It also supports panelisation, enabling multiple PCBs to be processed from a single base material.
Process Notifications
During operation, the system prompts for required manual actions such as tool changes, board flipping or through-hole processing, ensuring smooth production flow.
Optimised Performance Control
Advanced recognition of geometric structures reduces downtime and improves processing speed, enabling faster and more efficient operation of ProtoMat and ProtoLaser systems.
Dust Extraction Unit
Absolute HEPA filter,
Auto-switch function
Software-controlled
Contac S4
A compact tabletop electroplating system designed for reliable multilayer PCB production, enabling safe and uniform through-hole connections without requiring chemical expertise, ideal for advanced in-house prototyping environments.
-
Galvanic Through-Hole Plating
Provides reliable electrical interconnection for multilayer PCBs using a six-bath cascade process. Ensures homogeneous copper deposition inside vias and supports boards up to eight layers with high structural integrity.
-
Uniform Copper Layer Formation
Uses optimised anode systems and reverse pulse plating to achieve consistent copper thickness across hole walls and surface layers, improving conductivity and long-term reliability.
-
Microvia Cleaning and Activation
Includes integrated cleaning and activation steps using air flow and black hole technology to ensure strong bonding between plated holes and surface copper.
-
Optional Tinning Process
A final tin bath can be applied to improve surface protection and enhance solderability, increasing durability during assembly and testing.
-
User-Friendly Operation
The touchscreen-guided interface simplifies operation, offering automatic process control, maintenance alerts, and pre-set parameters, removing the need for chemical handling knowledge.
ProtoPrint S4
Manual Fine Pitch Printing
The LPKF Edition SMT ProtoPrint S4 is a professional manual stencil printer designed for fine-pitch SMD prototyping and small batch PCB production. It enables accurate and repeatable solder paste application, which is essential when assembling boards with miniature SMD components. Using stencil printing, multiple solder deposits can be applied quickly and consistently in a single operation.
Suitable for both single-sided and double-sided PCB prototypes, the system supports stainless steel stencils as well as polyimide foils through its integrated clamping frame. High positioning accuracy, adjustable print height and easy stencil frame clamping help ensure reliable printing results. The flat base plate accommodates magnetic PCB holders, while micrometre adjustments for the X, Y and rotational axes allow precise board alignment. Optimised stencil data can be generated directly from PCB layouts using LPKF CircuitPro software, and polyimide stencils can be quickly produced with an LPKF ProtoMat system, enabling rapid transition from design to assembly.
ProtoFlow S4
Reflow Oven for Lead-Free SMD Soldering
The LPKF Edition SMT ProtoFlow S4 is a compact convection reflow oven designed for lead-free and RoHS-compliant SMD soldering of PCB prototypes up to 320 x 220 mm. Its intuitive software allows users to select predefined soldering profiles or create custom temperature and timing parameters, ensuring precise control throughout the reflow process.
A large viewing window enables continuous visual monitoring, while active cooling helps prevent unwanted temperature fluctuations after soldering. Four integrated thermocouples control heat distribution across the chamber, with an additional movable temperature sensor available for monitoring critical PCB areas. The low-vibration design also supports reliable processing of double-sided circuit boards, making the ProtoFlow S4 a practical solution for laboratory-based PCB assembly and finishing.
ProtoPlace E4
Manual Pick & Place System
The LPKF Edition SMT ProtoPlace E4 is a manual pick and place system designed for SMD assembly of PCB prototypes and small production runs in laboratory environments. It provides a faster and more efficient alternative to manual component placement, helping users assemble SMT boards with greater speed and accuracy.
Components are picked directly from trays or integrated tape feeders using a vacuum needle and positioned onto the PCB with a single-handed operation. An ergonomically designed placement tool, integrated camera, overhead monitor and smooth axis movement support precise positioning of even small and fine-pitch components.
To accommodate a wide range of component sizes, the system includes multiple needle diameters for immediate use. Prior to component placement, solder paste must be applied to the PCB pads, either through the dispensing function of an LPKF ProtoMat system or by stencil printing with the LPKF ProtoPrint S4, creating a seamless SMT assembly workflow.
ProMask/ProLegend
Instant Solder Resist Masks and Assembly Printing
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Perfect protection of the printed circuit board against corrosion and oxidation
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High adhesive strength against cleaning agents
-
Environmentally friendly
ProConduct
Conductive Through-Holes With Conductive Paste
-
Perfect for low-volume production
-
Easily plate vias in just a few minutes
-
Vias as small as 0.4mm (15 mil) up to an aspect ratio of 1:4
(The page for more information does not exist.)
Micromaterial Processing
LPKF ProtoLaser R4
A picosecond laser micromachining system engineered for ultra-precise, non-thermal material processing, enabling clean structuring and cutting of sensitive and advanced substrates with virtually no heat impact.
-
Ultra-Short Pulse Technology
Uses picosecond laser pulses that significantly reduce heat transfer, allowing material to be removed through immediate evaporation rather than thermal damage, ensuring high structural integrity.
-
Cold Ablation Process
Enables true cold ablation with minimal to no heat-affected zone, making it suitable for temperature-sensitive and delicate electronic substrates.
-
Advanced Material Capability
Supports processing of FR4, HF laminates, and ceramics such as Al₂O₃ and GaN, as well as metal and polymer layer separation without discolouration or micro-cracks.
-
Surface and Thin Film Processing
Ideal for precise ablation of thin films and controlled removal of metal layers on plastic foils, maintaining stability even under low-power operation.
-
Precision Software Control
Integrated CircuitPro software and camera-assisted alignment system ensure accurate workflow execution and fast prototyping for complex micromaterial projects in laboratory environments.
Application Examples
Field-Proven CircuitPro PL Software
LPKF CircuitPro is an integrated CAM and machine control software used with ProtoMat milling systems and ProtoLaser platforms. It converts CAD and EDA design data into structured manufacturing steps and guides users through the complete PCB production workflow. The system combines data preparation, machine control, and process guidance within a single interface for consistent and efficient prototyping.
Design Rule Check
After importing CAD data, CircuitPro automatically validates manufacturability by checking spacing, tool compatibility and design constraints to ensure the layout can be physically produced.
Conductor Track Insulation
The software generates precise milling paths for isolating conductive tracks and defining circuit board contours. This consolidates key structuring operations into a single streamlined process.
Production Assistant
A guided workflow manages setup, material selection and board positioning. It also supports panelisation, enabling multiple PCBs to be processed from a single base material.
Process Notifications
During operation, the system prompts for required manual actions such as tool changes, board flipping or through-hole processing, ensuring smooth production flow.
Optimised Performance Control
Advanced recognition of geometric structures reduces downtime and improves processing speed, enabling faster and more efficient operation of ProtoMat and ProtoLaser systems.
Dust Extraction Unit
The integrated absolute filter eliminates fibres, chips and fine dust. The unit is software-controlled.
LPKF ProtoLaser U4
A UV laser-based micromachining system designed for precise structuring, engraving, and cutting of sensitive materials in a single process, offering a wide process window for advanced laboratory applications.
-
UV Laser Processing
Uses a 355 nm UV laser for high-precision work across diverse material groups, enabling tool-free processing without masks or films, even on delicate or thin organic layers.
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Low-Energy Stability
Optimised for stable performance in the low power range, allowing fine, sensitive processing with minimal heat impact, ideal for fragile substrates.
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High-Precision Structuring
Delivers fine structures with ~20 µm focus and tight pitch control, enabling highly accurate circuit features on FR4 and similar materials.
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Advanced System Control
Integrated CircuitPro software and a comprehensive parameter library ensure controlled processing, reproducibility, and easy adaptation to both standard and specialised materials.
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Vision System Integration
Equipped with a fast, modern vision system that accurately detects fiducials and alignment marks for precise laser micromachining operations.
Applications - ultra-fine structures on challaging substrates
In-House PCB production on double sided FR4 material
CircuitPro PL Software
LPKF CircuitPro is an integrated CAM and machine control software used with ProtoMat milling systems and ProtoLaser platforms. It converts CAD and EDA design data into structured manufacturing steps and guides users through the complete PCB production workflow. The system combines data preparation, machine control, and process guidance within a single interface for consistent and efficient prototyping.
Design Rule Check
After importing CAD data, CircuitPro automatically validates manufacturability by checking spacing, tool compatibility and design constraints to ensure the layout can be physically produced.
Conductor Track Insulation
The software generates precise milling paths for isolating conductive tracks and defining circuit board contours. This consolidates key structuring operations into a single streamlined process.
Production Assistant
A guided workflow manages setup, material selection and board positioning. It also supports panelisation, enabling multiple PCBs to be processed from a single base material.
Process Notifications
During operation, the system prompts for required manual actions such as tool changes, board flipping or through-hole processing, ensuring smooth production flow.
Optimised Performance Control
Advanced recognition of geometric structures reduces downtime and improves processing speed, enabling faster and more efficient operation of ProtoMat and ProtoLaser systems.
Dust Extraction Unit
The integrated absolute filter eliminates fibres, chips and fine dust. The unit is software-controlled.
