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77th Annual AALAS National Meeting, Houston Texas

Beta Star Is Heading to Houston for AALAS 2026

Beta Star is heading to Houston for the 2026 AALAS National Meeting, and we would like to meet you there.

From October 25–29, the laboratory animal science community will gather at the George R. Brown Convention Center for five days of education, technical discussions, new ideas, and conversations about the future of animal care and research.

You can find the Beta Star team at Booth 2012.

Let’s Talk About What Your Sterilizer Actually Needs to Do

Selecting a new autoclave is rarely as simple as comparing chamber dimensions on a specification sheet.

Will the sterilizer fit through the available building opening? Is there enough service space around the equipment? Can the facility supply the required steam, water, drainage, and electrical utilities? How will materials move through the vivarium? What happens when the equipment eventually needs maintenance?

These practical details can determine whether a sterilizer becomes a dependable part of the facility—or a persistent operational problem.

At AALAS 2026, the Beta Star team will be available to discuss the real-world challenges involved in planning, installing, operating, and maintaining sterilization equipment for animal research facilities.

Stop by Booth 2012 to talk with us about:

  • New vivarium and laboratory autoclave projects
  • Aging sterilizer replacements
  • Bulk sterilizers for cages, bedding, racks, and other large loads
  • Pass-through autoclaves and barrier applications
  • Single-door steam sterilizers
  • Custom chamber sizes and equipment configurations
  • Tight mechanical rooms and restricted installation access
  • Utility, service-space, and equipment-egress requirements
  • Preventive maintenance and emergency sterilizer service
  • Replacement parts and technical support
  • Remote monitoring and data access through Beta Connect

Whether your project is still a concept or already approaching equipment selection, we welcome the opportunity to learn what your facility needs.

Autoclaves Built Around the Facility—not the Other Way Around

Beta Star designs and manufactures steam sterilization systems for research, laboratory, biotechnology, pharmaceutical, and vivarium applications.

Because every facility has different spatial, operational, and infrastructure requirements, our team does not believe that every project should be forced into the same standard equipment package. We work with end users, facility managers, architects, engineers, and contractors to develop sterilizer solutions that fit the application and the building surrounding them.

That can include adjusting chamber dimensions, door arrangements, controls, component placement, utility connections, and service access to address the realities of a specific facility.

Our goal is straightforward: provide a reliable sterilizer that is practical to install, simple to operate, accessible to maintain, and supported throughout its working life.

Service Experience Is Part of Our Design Process

Beta Star began as a sterilizer service company in 1982. That background continues to influence how we design and support our equipment today.

Our team understands that an autoclave is not simply a capital-equipment purchase. It is an essential part of the facility’s daily workflow. When a sterilizer is unavailable, the effects can extend far beyond the mechanical room.

That is why Beta Star places a strong emphasis on equipment reliability, maintainability, replacement-parts availability, responsive technical support, and long-term customer relationships.

If you are experiencing recurring problems with an existing autoclave, planning a replacement, or simply looking for a more responsive sterilization-equipment partner, bring your questions to Houston. We would be glad to talk through them with you.

Find Beta Star at Booth 2012

The AALAS National Meeting is one of the most important annual gatherings for professionals working in laboratory animal science, research-facility management, veterinary care, compliance, engineering, and vivarium operations.

We are looking forward to seeing familiar faces, meeting new people, and hearing what research facilities are working through in 2026.

Event: 2026 AALAS National Meeting
Dates: October 25–29, 2026
Location: George R. Brown Convention Center, Houston, Texas
Beta Star Booth: 2012

Come find us at Booth 2012 and let’s talk sterilization.

Keep Your Lab Running — Modernize Your Autoclave With a Fast In-Place Upgrade

Protect Your Research. Strengthen Your Sterilization Process.

Every laboratory depends on a reliable steam sterilization process to protect research, prevent contamination, and keep experiments and production workflows on schedule. When a sterilizer begins to fail, it’s not just an equipment issue — it disrupts your science, slows your team, and risks compromising critical work.

Replacing an autoclave can take weeks or months and often requires construction, rigging, utility changes, and major downtime.

That’s why many laboratories choose a better path: modernizing the autoclave they already have, right where it stands.

With In-Place Upgrades and Complete Rebuilds, your autoclave is restored to modern performance standards with minimal disruption to your facility — so your team can stay focused on research, not equipment outages.

Why This Matters to Your Lab

Minimize Downtime and Protect Your Workflow

A failing autoclave slows everything: cycle backlogs, delayed experiments, missed deadlines, and increased contamination risk.

With Beta Star’s in-place approach, the autoclave remains installed — avoiding the construction and long outages required for a full replacement. While the unit will not be available during the upgrade, most projects are completed in:

  • 1–2 days for control upgrades
  • 3–4 days for complete rebuilds

This allows you to restore a critical part of your sterilization workflow far faster than waiting for new equipment or shipping your autoclave out for refurbishment.

Keep Your Research Moving Forward

When sterilization is inconsistent, research becomes vulnerable. Delayed loads and cycle failures impact sample integrity, biosecurity, throughput, and regulatory compliance.

Upgrading the autoclave in place quickly restores the reliability your scientific teams depend on — reducing cycle interruptions and ensuring your sterilization process supports your daily workload.

Reduce Risk and Lead Times

New autoclaves can involve long manufacturing lead times, utility modifications, and installation delays. In-place modernization avoids all of this. You keep your existing chamber — which is often the most durable part of the system — and refresh only what’s needed.

This means fewer unknowns, fewer delays, and faster return to productive research.

Support Laboratory Sustainability Goals

Extending the useful life of your autoclave aligns with the growing focus on:

  • Laboratory sustainability
  • Equipment lifecycle optimization
  • Responsible asset management
  • Reduced waste and environmental impact

Instead of discarding a perfectly viable chamber, modernization reuses the core structure, reduces material waste, and avoids the carbon footprint associated with manufacturing and transporting a new autoclave.

What’s Involved: Control Upgrades vs. Complete Rebuilds

Control Upgrade — Fastest Path to Improved Sterilization Performance

A control upgrade is ideal when the chamber and piping components are still in good condition.

Beta Star replaces the full control system — electronics, interface, alarms, monitoring, and logic — while leaving the mechanical system intact.

A control upgrade delivers:

  • Improved cycle accuracy and repeatability
  • Modern data handling and documentation
  • Faster troubleshooting
  • More stable support of your steam sterilization process
  • Minimal downtime and minimal disruption

This is the fastest, most budget-friendly way to restore reliable sterilization performance.

Complete Rebuild — New Mechanical System With Lowest Cost of Ownership

When the chamber is solid but the piping and mechanical components are worn or outdated, a complete rebuild provides the performance of a new autoclave without the cost and installation hassle.

Beta Star technicians:

  • Strip the autoclave to the chamber
  • Replace the entire piping and mechanical system
  • Install redesigned, serviceable, high-performance components
  • Add modern controls for full-cycle reliability
  • Use non-proprietary parts throughout the rebuild for the lowest long-term cost of ownership

The outcome: dependable sterilization performance that safeguards your research and keeps your lab running efficiently.

What You Receive With an In-Place Upgrade or Rebuild

A Modern Control Platform

Stronger cycle control, better documentation, enhanced diagnostics — all supporting a stable sterilization workflow.

Updated Drawings & Documentation

Every modernization includes updated P&ID, electrical schematics, pneumatic drawings (when applicable), and refreshed O&M documentation.

Custom Fascia & Enclosures

Panels are designed for safety, cleanliness, and ease of service — ensuring your autoclave integrates neatly into your laboratory environment.

Non-Proprietary Replacement Components

Service and maintenance become easier and more cost-effective with readily available industrial components.

Optional SAT Support

Beta Star technicians provide site acceptance testing and documentation to ensure the upgraded autoclave meets your operational and compliance requirements.

The Bottom Line

Your sterilization process is the backbone of your lab. When your autoclave is unreliable, your research is at risk.

With an In-Place Upgrade or Complete Rebuild, you can:

  • Restore reliable sterilization
  • Protect research integrity
  • Avoid long equipment outages
  • Extend the life of your autoclave
  • Improve sustainability and reduce waste
  • Maintain operational continuity

All with significantly less disruption than replacing the entire system.

Ready to Strengthen Your Sterilization Process?

Beta Star will evaluate your chamber and mechanical system, then recommend the most effective modernization path — whether that’s a control upgrade, a complete rebuild, or (only if necessary) full replacement.

Protect your research. Minimize downtime. Modernize with confidence.