Scalables
Scalables develops modular, software-driven laboratory automation systems supporting flexible, scalable research and production workflows across biotechnology, pharmaceutical, and industrial laboratory settings. The focus is on open hardware compatibility, intuitive automation software, and enabling integration with a broad range of fluid handling, monitoring, and sensing components.
Industries
N/A
Products
Lab-grade peristaltic pump with selectable roller configurations, suitable for routine fluid handling in laboratory and process applications.
High-precision peristaltic pump with multi-roller design and pre-stretched end-stop tubing for improved cycle reproducibility and durability.
Biocompatible, pharmaceutical-grade BPT tubing designed for demanding bioprocess and diagnostic applications, with extended flex life and superior durability. Suitable for repeated sterilization (CIP/SIP/autoclave) and low gas permeability.
12-channel rotary valve module for automated sample selection, loop injection, and fluid routing, featuring chemically inert flow paths and rapid port switching.
Automated valve system with PEEK manifold and eight two-way chemically inert valves for multiplexed input/output stream control.
Manifold system for higher flow rates using large solenoid valves, supporting configurable operation for multi-channel fluidic switching.
Lab-grade peristaltic pump with selectable roller configurations, suitable for routine fluid handling in laboratory and process applications.
High-precision peristaltic pump with multi-roller design and pre-stretched end-stop tubing for improved cycle reproducibility and durability.
Biocompatible, pharmaceutical-grade BPT tubing designed for demanding bioprocess and diagnostic applications, with extended flex life and superior durability. Suitable for repeated sterilization (CIP/SIP/autoclave) and low gas permeability.
12-channel rotary valve module for automated sample selection, loop injection, and fluid routing, featuring chemically inert flow paths and rapid port switching.
Automated valve system with PEEK manifold and eight two-way chemically inert valves for multiplexed input/output stream control.
Manifold system for higher flow rates using large solenoid valves, supporting configurable operation for multi-channel fluidic switching.
Services
Personalized consultation and recommendations for selecting and integrating modular automation solutions tailored to laboratory needs.
Full technical support for product configuration, troubleshooting, and protocol optimization, including video tutorials and remote/on-site training.
Personalized consultation and recommendations for selecting and integrating modular automation solutions tailored to laboratory needs.
Full technical support for product configuration, troubleshooting, and protocol optimization, including video tutorials and remote/on-site training.
Expertise Areas
- Laboratory automation
- Digital workflow orchestration
- Fluid handling systems
- Process monitoring instrumentation
Key Technologies
- Peristaltic pump systems
- Syringe pump technology
- Automated solenoid valve manifolds
- Multi-position rotary valve systems
News & Updates
Launch of Early Adopter Program gives selected research institutions and industrial labs discounted access to new modular platform modules and influence on product evolution.
Explores microdroplet generation methods and how modular fluid automation makes this accessible for high-throughput biomedical research.
Outlines strategies for labs to stretch budgets and adopt modular automation incrementally as a way to maintain research productivity.
Discusses challenges of limited lab space for startup biotech companies and how modular lab setups can address them.
Examines the application of AI co-scientists for experimental design and automation in scientific research.
Presents approaches for cost-effective automation using modular hardware and AI-assisted protocol scripting.
Launch of Early Adopter Program gives selected research institutions and industrial labs discounted access to new modular platform modules and influence on product evolution.
Explores microdroplet generation methods and how modular fluid automation makes this accessible for high-throughput biomedical research.
Outlines strategies for labs to stretch budgets and adopt modular automation incrementally as a way to maintain research productivity.
Discusses challenges of limited lab space for startup biotech companies and how modular lab setups can address them.
Examines the application of AI co-scientists for experimental design and automation in scientific research.
Presents approaches for cost-effective automation using modular hardware and AI-assisted protocol scripting.