1. Products
  2. singer instruments

Automatic colony picker PIXL Go!
robotic armmedium-throughput

Automatic colony picker - PIXL Go! - singer instruments - robotic arm / medium-throughput
Automatic colony picker - PIXL Go! - singer instruments - robotic arm / medium-throughput
Automatic colony picker - PIXL Go! - singer instruments - robotic arm / medium-throughput - image - 2
Automatic colony picker - PIXL Go! - singer instruments - robotic arm / medium-throughput - image - 3
Automatic colony picker - PIXL Go! - singer instruments - robotic arm / medium-throughput - image - 4
Automatic colony picker - PIXL Go! - singer instruments - robotic arm / medium-throughput - image - 5
Add to favorites
Compare this product

Characteristics

Other characteristics
robotic arm, automatic, medium-throughput

Description

Product overview
PIXL Go! is an entry-level microbial colony picker designed for routine and research laboratories. It provides precise, low-contamination colony transfers with proven >99% transfer efficiency and a contamination rate below 0.03%. The platform is compact, easy to operate and upgradeable to add features as needs grow.

Key features
  • >99% transfer efficiency (proven)
  • <0.03% contamination rate
  • Lowest running costs in its class
  • Compatible with off-the-shelf Petri dishes and rectangular plates
  • Sterile PickupLine™ filament pickup technology
  • Modular and upgradeable platform
  • Plug-and-play operation — most functions learnable in minutes
  • User-friendly software: templates, multi-user login and action logging
  • Designed for simple user-level maintenance
  • Export protocols and colony data as CSV


Typical workflow (create a colony picking workflow in minutes)
  • 1. Login — PIXL Go! recalls last-used settings, stores templates and logs.
  • 2. Select plate type (Petri or rectangular) or define plate sectors of interest.
  • 3. Choose colonies — filter by size, colour, proximity, intensity and shape.
  • 4. Select target plate and replicates; supports any density, pattern, agar or liquid.
  • 5. Pick colonies — review workflow, estimated time and required plates, then run.
  • 6. Export data — protocol, colony details and parameters exportable as CSV.


Door options and configurations
  • Manual door — for manual operation with maintained safety and reduced contamination risk.
  • Space-saving door — optimized for use inside anaerobic chambers; includes laser-based safety mechanism.
  • Fully automatic sliding door — for integration with robotic arms to increase unattended run time.


Applications and strengths
  • Precision colony picking for routine microbiology and research
  • Cost-effective solution for small to medium labs
  • Extensible platform when higher throughput or additional detection modalities are required


Product comparison summary (visual indicators)
Speed: low (entry-level) · Accuracy: very high · Integrability: high · Diversity of picking: very high · Image quality: modest · Price: lowest in PIXL family · Detection: traditional (no fluorescence/ZOI/MALDI-TOF on base PIXL Go!)

Technical specifications
  • Model: PIXL Go!
  • Transfer efficiency: >99% (proven)
  • Contamination rate: <0.03%
  • Pickup method: Sterile PickupLine™ filament
  • Plate compatibility: standard off-the-shelf Petri dishes and rectangular plates
  • Software: intuitive interface, templates, multi-user login, action logging, CSV export
  • Extensibility: modular upgrades available
  • Door options: Manual, Space-saving (anaerobic chamber compatible), Fully automatic sliding door
  • Detection on base unit: Traditional colony detection (no fluorescence, ZOI or MALDI-TOF)
  • Intended user: entry-level to moderate-throughput laboratories seeking low running costs

VIDEO

Catalogs

No catalogs are available for this product.

See all of singer instruments‘s catalogs
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.