csp pico laser marking system

CSP Pico Laser Marker

Ultrashort Pulse Laser Marking for Exceptional Surface Quality

The SISMA CSP PICO is a compact picosecond fibre laser marking and engraving system designed for applications requiring exceptional precision with minimal thermal impact. Ideal for jewellery, watchmaking, medical devices and precision engineering, it produces clean, high-detail engravings on finished components without requiring additional polishing or finishing.
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Ultrashort Pulse Laser Marking for Exceptional Surface Quality

Precision Laser Processing Without Thermal Damage

The SISMA CSP PICO combines an advanced 50 W ultrashort pulse fibre laser with a compact, workshop-friendly footprint, delivering outstanding marking and engraving quality on the most demanding applications. Unlike conventional nanosecond fibre lasers, the picosecond laser source significantly reduces heat transfer into the material, helping to prevent deformation, discolouration and surface damage. Designed for manufacturers where precision is critical, the CSP PICO supports detailed engraving, permanent marking and decorative surface processing on finished parts. Optional technologies including Pattern Matching, 3D Scan Pack, rotary spindles and FILL-IT software provide advanced automation, automatic workpiece recognition and decorative finishing effects, making the system ideal for both bespoke production and high-value manufacturing.
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Picosecond Laser

Ultrashort pulse technology minimises heat and preserves delicate surfaces.

Premium Finish

Produce high-detail engravings without additional polishing or finishing.

Advanced Automation

Optional 3D Scan Pack and Pattern Matching improve accuracy and productivity.

Key Features

The SISMA CSP PICO combines ultrashort pulse fibre laser technology with intelligent software to deliver premium engraving quality for the most demanding industries.
  • 50 W picosecond fibre laser with extremely low thermal impact.
  • Compatible with Pattern Matching, 3D Scan Pack, FILL-IT software and rotary accessories.

SISMA CSP PICO picosecond fibre laser marking system
White mark on black anodised aluminium front plate
Black annealing on stainless steel medical component
Black marking on anodised aluminium medical sample slide
Technical Data CSP Pico CSP Pico Burst CSP Pico Plus CSP Pico Burst Plus
Laser Source Yb – 50 W – 1030 nm Yb – 50 W – 1030 nm Yb – 50 W – 1030 nm Yb – 50 W – 1030 nm
Working Frequency 50–2000 kHz 200–2000 kHz 50–2000 kHz 200–2000 kHz
Pulse Duration 1–3 ps 1–3 ps 1–3 ps 1–3 ps
Peak Power 10,000 kW 10,000 kW 10,000 kW 10,000 kW
Pulse Energy 0.025 mJ 0.025 mJ 0.025 mJ 0.025 mJ
Beam Quality <1.4 <1.4 <1.4 <1.4
Galvo Head Digital, Air-Cooled Digital, Air-Cooled Digital, Water-Cooled Digital, Water-Cooled
Cooling System Integrated Chiller Integrated Chiller Integrated Chiller Integrated Chiller
Maximum Work Area 180 × 180 mm (254 mm focal length) 180 × 180 mm (254 mm focal length) 180 × 180 mm (254 mm focal length) 180 × 180 mm (254 mm focal length)
Power Supply 230 V~, 50/60 Hz, CEE 16A Socket 230 V~, 50/60 Hz, CEE 16A Socket 230 V~, 50/60 Hz, CEE 16A Socket 230 V~, 50/60 Hz, CEE 16A Socket
Power Consumption Max. 1 kW Max. 1 kW Max. 1 kW Max. 1 kW
Dimensions (L × D × H) 700 × 1300 × 1700 mm
(2200 mm with door open)		 700 × 1300 × 1700 mm
(2200 mm with door open)		 700 × 1300 × 1700 mm
(2200 mm with door open)		 700 × 1300 × 1700 mm
(2200 mm with door open)
Weight 420 kg 420 kg 420 kg 420 kg
  • Rotary Tilting Spindle – Compatible with a wide range of vices for precise internal and external ring marking.
  • Foot Pedal Control – Convenient hands-free operation for starting processing, opening and closing the door, and operating the workholding clamp.
  • Pattern Matching Software – Automatically detects and aligns one or multiple workpiece shapes for accurate laser marking, engraving and cutting with minimal setup.
  • FILL-IT Software – Create decorative laser finishes including perlage, sunburst, Côte de Genève, brushed, sandblasted and fully customised surface effects.
  • Extensive Accessories – Optional pneumatic vice, fume extraction unit, probe kit, door lock system and additional accessories to enhance productivity and application flexibility.
CSP Pico Brochure

The SISMA CSP PICO is designed for ultra-precision laser marking, engraving and decorative surface processing where conventional fibre lasers may introduce unwanted heat or surface alteration. Its picosecond laser source enables exceptionally clean machining on finished components, making it particularly suitable for jewellery, watchmaking, medical devices, electronics and precision engineering.

Typical applications include hallmarking, personalised jewellery, serial numbers, QR codes, Data Matrix codes, decorative engraving, branding and high-precision component identification. The optional Burst mode further improves engraving quality and material removal on stainless steel and titanium, while advanced software enables automated positioning and processing of complex geometries.

You ask, we answer

The SISMA CSP PICO is designed for ultra-precision laser marking and engraving where exceptional detail and minimal thermal impact are essential. It is widely used in jewellery, watchmaking, medical devices and precision engineering.
A picosecond laser produces pulses lasting only trillionths of a second. This dramatically reduces heat transfer into the material, allowing clean, precise engraving with minimal surface damage, deformation or discolouration compared with conventional fibre lasers.
A picosecond laser delivers higher precision, cleaner edges and significantly lower thermal effects, making it ideal for finished products and delicate components that require outstanding cosmetic quality or microscopic detail.

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