What is the difference between CP-ORIGIN, CP-NEXUS, and CP-VERTEX?

All three models share the same metrology casting, Class 1 enclosure, galvo scanner and safety system. CP-ORIGIN is the baseline model with a fixed sample plate and manual Z-axis, ideal for entry-level R&D within the 44 × 44 mm scan field. CP-NEXUS adds motorized XY stages with linear encoders, motorized Z, automated focus and active beam stabilization for production workflows. CP-VERTEX is the flagship with a 5 MP through-the-lens camera, coaxial illumination, motorized zoom beam expander, 10.1-inch built-in display and industrial joystick. CP-ORIGIN upgrades to CP-NEXUS with the CP-Motion kit and CP-NEXUS to CP-VERTEX with the CP-Vision kit.

Do Clear Photon workstations include the femtosecond laser?

No, all CP-Series workstations are sold WITHOUT the femtosecond laser source. Your laser stays on the bench beside the station and couples in free space through a rotating periscope arm (beam height 40 to 300 mm) and a light-tight docking bridge, making them cost-effective for labs that already own femtosecond lasers.

What is the rental price for Clear Photon workstations?

Rental and trial options start from €5,000/month. This allows labs to test the technology before committing to purchase. Contact our sales team for specific configurations and purchase pricing.

What materials can be processed with CP-Series workstations?

CP-Series workstations can process virtually any material including: metals (stainless steel, titanium, gold), glass and sapphire, ceramics, semiconductors (silicon, GaN), polymers, and composites. The femtosecond laser's cold ablation mechanism works universally.

What precision level can CP-Series achieve?

All CP-Series models achieve optical (galvo) repeatability < 1 μm. CP-NEXUS and CP-VERTEX additionally offer mechanical repeatability < 2 μm and absolute accuracy < 5 μm over 150 × 150 mm, and CP-VERTEX reaches < 2 μm with the Precision package. This enables sub-micron feature creation and high-precision alignment.

CP-Series Desktop Workstations

Million-Dollar Precision. Accessible Pricing.

Every R&D lab works for itself. Develop your own processes. Control your IP. No more shipping samples abroad or waiting weeks for results. Specialized micromachining systems cost millions. Clear Photon delivers micron-level precision at the price level of an industrial CNC.

< €100k

Accessible Pricing

At the price level of an industrial CNC mill, with the precision of million-dollar systems.

100% IP

Keep Control

Process in-house. No shipping sensitive samples abroad

< 1 μm

Micron Precision

Sub-micrometer accuracy with any material

< 0.5 m²

Benchtop Size

No dedicated room. Fits on standard lab bench

Turn Your Laser Into a Workstation

Professional desktop micromachining with ultrafast laser sources. The CP-Series transforms your laser into a complete, safety-certified manufacturing platform.

Vibration Damping Foundation

Unlike aluminum-profile frames, our > 80 kg polymer-concrete base absorbs vibrations, ensuring < 1 μm stability even in busy labs.

Active Safety & Certification

Fully compliant with ISO 13849-1 PL d. Dual-channel interlocks and a laser safety window to EN 60825-4 (OD 7+) protect your team from invisible radiation.

Ready for Integration

Universal SMA & Analog interfaces allow seamless connection to industry-leading laser manufacturers.

CP-VERTEX desktop femtosecond laser workstation, front view with 10.1-inch display (rendering)

Laser Source Compatibility

Flexible Laser Integration

Bring your existing source or let us build a complete turnkey system.

Option 1: Bring Your Own Laser (BYOL)

Base price applies

Perfect for labs and universities looking to maximize their current assets. The CP-Series connects seamlessly to your existing ultrafast laser, transforming a raw beam into a safe, automated Class 1 micromachining workstation.

Option 2: Turnkey System Integration

Complete solution

Need a complete solution? Our engineering team will select, source, and fully integrate the optimal femtosecond or picosecond laser for your specific application.

Designed for seamless integration with a wide range of ultrafast laser sources:

CW / QCW

Continuous Wave

Nanosecond

ns pulsed

Picosecond

ps ultrafast

Femtosecond

fs optimized

Choose Your Configuration

All models share the same precision foundation. Select the level of automation and control that matches your application.

CP-ORIGIN

The Baseline

Essential precision micromachining in a compact Class 1 desktop platform. The galvo scanner does the work within its field. Perfect for getting started with femtosecond laser processing.

Features

Polymer-Concrete / Granite Metrology Frame
Class 1 Laser Enclosure
Manual Z-Axis Focus (Hand-Wheel)
Fixed Sample Plate, XY-Ready
Galvo Scanner, 44 × 44 mm Field
SMA Laser Interface
User-Friendly Control Software

Key Specifications

Scan Field:: 44 × 44 mm (f = 100 mm)
Sample Plate:: 200 × 200 mm, M6 grid
Z-Axis Travel:: 150 mm manual / 25 kg load
Repeatability:: < 1 μm (Optical)
Safety Class:: Class 1
Footprint:: 600 × 700 × 800 mm

Ideal For

Entry-level R&DSmall-batch prototypingSingle-part processingProof-of-concept development

Request Quote Get Budgetary Pricing Download CP-ORIGIN Brochure (PDF)

CP-NEXUS

The Workhorse

Production-ready automation with motorized precision. The versatile platform for scaling from prototype to production.

All ORIGIN foundational features, upgraded with:

Motorized Z-Axis (replaces manual)
Motorized XY Stages with Linear Encoders (replaces fixed plate)
Active Beam Stabilization
Automated Focus Capability
Field Stitching and Step-and-Repeat

Key Specifications

Work Area:: 150 × 150 mm
Z-Axis Travel:: 150 mm / 25 kg load
Optical Repeatability:: < 1 μm
Mechanical Repeatability:: < 2 μm
Absolute Accuracy:: < 5 μm (mapped)
Safety Class:: Class 1
Footprint:: 600 × 700 × 800 mm

Ideal For

Multi-sample batch processingLarge-area step-and-repeat2.5D / 3D micromachiningHigh-throughput automation

Request Quote Get Budgetary Pricing Download CP-NEXUS Brochure (PDF)

Flagship

CP-VERTEX

The Flagship

Ultimate precision and control. Advanced vision systems and ergonomic operator interface for the most demanding applications.

All NEXUS automation features, plus:

High-Res TTL Vision System (5 MP)
Coaxial Illumination
Motorized Zoom Beam Expander
10.1-inch Built-in Display
Industrial Joystick Control
Single-Shot Button
Real-Time Process Monitoring

Key Specifications

Work Area:: 150 × 150 mm
Z-Axis Travel:: 150 mm / 25 kg load
Optical Repeatability:: < 1 μm
Mechanical Repeatability:: < 2 μm
Absolute Accuracy:: < 5 μm (< 2 μm with Precision package)
Focused Spot:: 13 to 20 μm (zoom expander)
Safety Class:: Class 1
Footprint:: 600 × 700 × 800 mm

Ideal For

Vision-guided alignmentReal-time process monitoringHigh-precision rework & repairTargeted micro-processing

Request Quote Get Budgetary Pricing Download CP-VERTEX Brochure (PDF)

Start Lean. Scale When Ready.

Every CP-Series workstation is built on the same mechanical foundation, enclosure and front panel. Modules left out of a model are replaced by blanking plates, allowing for seamless field upgrades.

UPGRADE PATH 1

CP-ORIGIN

Entry Point

CP-NEXUS

Production Ready

CP-Motion Upgrade Kit

Add motorized Z-axis, XY stages with linear encoders and active beam stabilization for automated processing and higher throughput. Field-installable upgrade transforms your baseline system into a production workhorse.

UPGRADE PATH 2

CP-NEXUS

Automated

CP-VERTEX

Maximum Precision

CP-Vision Upgrade Kit

Integrate high-resolution TTL vision, coaxial illumination, a motorized zoom beam expander, 10.1-inch built-in display, industrial joystick and single-shot button. Enables integrated sample alignment and real-time process monitoring.

Compare CP-Series Models

Same enclosure, metrology frame, scanner and safety system in every model

Feature	CP-ORIGIN The Baseline	CP-NEXUS The Workhorse	CP-VERTEX The Flagship
Polymer-Concrete / Granite Metrology Frame
Class 1 Laser Enclosure
Galvo Scanner, 44 × 44 mm Field
Rotating Periscope Arm, Light-Tight Docking
Manual Z-Axis Focus		–	–
Fixed Sample Plate (XY-Ready)		–	–
Motorized Z-Axis, Automated Focus	–
Motorized XY Stages, 150 × 150 mm, Linear Encoders	–
Active Beam Stabilization	–
High-Res TTL Vision (5 MP)	–	–
Coaxial Illumination	–	–
Motorized Zoom Beam Expander	–	–
10.1-inch Built-in Display	–	–
Industrial Joystick and Single-Shot Button	–	–
PC Control Software and Web HMI
Brochure	PDF	PDF	PDF

CP-VERTEX Technical Specifications

Specifications shown for the fully equipped CP-VERTEX flagship model

Technical Parameter	Specification	Engineering Benefit
Laser Safety Class	Class 1 Laser Product	Transforms a hazardous Class 4 USP beam into a safe workstation. Certified interlocks prevent any accidental exposure, allowing operation in general-use spaces without goggles.
Active Safety System	ISO 13849-1 PL d	Dual-channel interlocks, fast mechanical shutter, and OD 7+ viewing window (EN 60825-4) provide fail-safe operator protection under all conditions.
Motion Architecture	XY Stage on the Metrology Casting + Z-Moving Scan Head	The XY stage sits directly on the polymer-concrete casting while a stiff Z axis carries the scan head, ensuring consistent laser spot quality across the entire 3D work volume.
Metrology Frame	Polymer-Concrete / Granite	Exceptional thermal stability and passive vibration damping designed specifically for sub-micron femtosecond processing.
XY Stage Travel	150 × 150 mm	Perfectly accommodates standard 4-inch to 6-inch wafers and large multi-sample fixtures.
Z-Axis Capacity	150 mm Travel / 25 kg Load	Heavy-duty elevator safely supports rotary stages, complex clamping jigs, and thick samples without losing positioning performance.
Optical Repeatability (Galvo)	< 1 μm	Ultra-fast, inertia-free beam steering for high-throughput, localized micro-processing within the F-Theta field.
Mechanical Repeatability (XY)	< 2 μm (Bi-directional)	High-precision sample movement for exact step-and-repeat processing across large multi-element arrays.
Absolute System Accuracy	< 5 μm (Over Full Work Area), < 2 μm with Precision Package	Guarantees exact geometry replication from your CAD/CAM design directly to the workpiece.
Total System Mass	approx. 125 kg	High mass acts as a mechanical low-pass filter, isolating the precision optical stack from ambient laboratory noise and vibrations.
Control Software	User-Friendly Interface	Intuitive, branded software ecosystem for seamless hardware control, rapid trajectory planning, and full process automation.
Laser Interface	SMA (Fast Trig/Gate) + Analog 0-10 V	Hardware-level Pulse-on-Demand (PoD) synchronization for precise pulse placement, combined with real-time analog power modulation.
Machine Vision	5 MP TTL Camera + Coaxial Light	Provides high-contrast, Through-The-Lens (TTL) target viewing for precise sample positioning and real-time process monitoring.
Operator Interface	10.1-inch Display + Industrial Joystick + Single-Shot Button	Flush-mounted hardware interface for intuitive axis jogging, rapid sample positioning, and setup.
Scan Field and Spot	44 × 44 mm (f = 100 mm Telecentric), 13 to 20 μm Spot	A motorized zoom beam expander sets the spot size per job without changing optics.
Beam Delivery	Rotating Periscope Arm (40 to 300 mm Beam Height) + Active Beam Stabilization	Your laser stays on the bench. A light-tight docking bridge seals the beam path, and active stabilization keeps it aligned after docking and during long jobs.

* All specifications and budgetary prices are preliminary and subject to change without notice. Final performance may vary based on the specific laser source and optical integration.

Certifications & Compliance

CE Mark

European Union

Marking on Delivery

UKCA

United Kingdom

Marking on Delivery

UL/CSA

North America

Ready

FDA 21 CFR 1040.10

United States

Ready

Standards Compliance

EN 60204-1 (Electrical Safety)

ISO 13849-1 PL d (Safety Control Systems)

IEC 60825-1 (Safety of Laser Products)

EMC Directive

RoHS 3

NFPA 79

ISPM 15 (Export Packaging)

Find Your Perfect Configuration

Not sure which model is right for you? Our applications engineers will help you select the optimal configuration based on your specific requirements.

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