Chemical Lab Software
for R&D and Materials Innovation
Chemical & Materials Labs: High-Risk, High-Throughput, High-Complexity
From polymers and coatings to energy storage and industrial chemistry, chemical and materials science labs are resource-heavy and tightly coordinated. Yet many still rely on spreadsheets, siloed tools, and manual planning—leading to inefficiencies, asset misuse, and lab downtime.
newLab® delivers centralized chemical lab software to manage lab assets, automate scheduling, and coordinate scientific workflows—so R&D teams can scale innovation without operational friction.
Use Cases for Chemical and Materials Science Labs
Reducing Equipment Downtime Across Global Lab Sites
In multi-site pharma environments, equipment servicing schedules are often tracked manually or in disconnected spreadsheets—leading to missed calibrations, unplanned downtime, and costly delays.
How newLab® helps:
Automated maintenance and calibration workflows ensure every asset stays operational. Notifications, service logs, and availability updates are all centralized in one platform, so lab managers never miss a critical service window again.
Avoiding Redundant Purchases and Overspending on Capital Equipment
Procurement teams in biotech often lack accurate utilization data across departments or regions—resulting in unnecessary equipment purchases, overlapping functionality, or idle assets.
How newLab® helps:
With unified asset tracking and real-time usage analytics, newLab® helps organizations identify underutilized instruments, rebalance across sites, and prevent duplicate investments—supporting better budgeting and procurement alignment.
Eliminating Data Silos Between LIMS, ERP, and ServiceNow
IT teams often struggle with fragmented platforms that don’t “talk” to one another. This leads to duplicate data entry, inconsistent reporting, and slow access to key operational metrics.
How newLab® helps:
newLab® acts as a central orchestration layer—integrating natively with ServiceNow and via APIs with LIMS, ELN, and ERP systems. The result is a single, accurate source of truth for equipment status, usage, service history, and financial data.
Improving Lab Resource Access for Scientists Working on Critical Projects
Scientists lose valuable time due to unavailable or double-booked instruments, lack of visibility into equipment readiness, or delays in internal service fulfillment (like imaging or analysis).
How newLab® helps:
A self-service portal gives scientists the ability to view real-time equipment availability, make bookings, and track service requests. This accelerates experiment cycles and removes unnecessary administrative back-and-forth.
Scaling Lab Infrastructure During Rapid Growth or M&A
Fast-growing biotech firms or newly merged pharma divisions often inherit multiple lab systems and inconsistent operational processes, making it hard to scale efficiently.
How newLab® helps:
With configurable workflows and enterprise-grade scalability, newLab® brings standardization across global R&D operations—while still allowing teams to maintain autonomy at the site level. Labs get the structure they need without losing flexibility.
Managing High-Value Instruments Across Divisions
From spectroscopy to synthesis systems, many chemical labs rely on shared, high-cost instruments with long lead times for replacement.
How newLab® helps
The platform offers centralized chemical asset management software capabilities—tracking usage, location, service status, and ownership across labs and facilities.
Automating Maintenance and Resource Scheduling
Instruments go out of rotation unexpectedly when maintenance logs are manual or missed, halting experimentation.
How newLab® helps
Lab teams get automated reminders, booking controls, and service history in one place—ensuring uptime and consistent access across users.
Coordinating Cross-Disciplinary R&D Workflows
Many research workflows require collaboration between analytical chemists, engineers, and materials scientists—but siloed tools make tracking activity difficult.
How newLab® helps
All lab usage, requests, and bookings run through a shared platform. Each user has a role-based view, with visibility into schedules, instrument readiness, and ongoing lab services.
Reducing Redundant Equipment Purchases
When inventory and usage aren’t visible across groups, labs often over-purchase equipment, draining capital budgets.
How newLab® helps
Built-in chemical inventory management software functionality helps identify underused equipment, eliminate duplication, and support smarter procurement planning.
Scaling Lab Operations Across Divisions or Locations
Organizations with multiple sites or business units struggle to align lab processes while allowing local flexibility.
How newLab® helps
newLab® offers global consistency with configurable local workflows—enabling centralized control of lab operations while maintaining scientific agility on-site.
Key Capabilities for Chemical & Materials Science Labs
Lab Equipment & Resource Management
Track every asset by type, usage, site, and department—ideal for large-scale or multi-division lab environments.
Predictive Maintenance & Service Scheduling
Keep instruments online with automated service workflows, status tracking, and lifecycle logs.
Scientific Service Request Automation
Manage service tasks like sample prep, instrument setup, or lab support through integrated request workflows.
Multi-Group Lab Scheduling & Access
Set permissions and avoid booking conflicts across teams using centralized calendars and access control.
Enterprise-Grade Integration
Connect with LIMS, ELN, ERP, and ServiceNow to unify lab operations and data governance under one system.
Role-Based Access Control
Give scientists, technicians, lab managers, and IT teams access only to the tools and data relevant to their roles.
Modernize Your Chemical and Materials Lab Operations
Bring greater efficiency, transparency, and scalability to the way your labs operate. Whether you’re advancing battery chemistry, synthetic materials, or specialty compounds, newLab® gives you a unified platform to manage people, resources, and infrastructure.