Working With Laboratory Directors and Managers

Working With Laboratory Directors and Managers

Laboratory directors and managers are essential contacts for medical and veterinary sales professionals, but they should not be treated as interchangeable buyers. Their responsibilities can overlap, yet their perspectives may differ: a director may hold overall responsibility for laboratory oversight and quality, while a manager may translate priorities into daily operations, staffing, workflow, documentation, and implementation.

The strongest professional relationships begin with respect for that operating reality. Your role is not to create urgency where it does not belong. It is to understand the laboratory’s stated goals, bring accurate product information, and make it easier for the appropriate people to evaluate whether a proposed solution fits their processes.

In human clinical laboratories, the applicable requirements vary by testing complexity, setting, state rules, and accreditation status. Under CLIA, laboratory directors have defined responsibilities related to the quality of laboratory services, including quality control and quality assessment programs. CMS’s laboratory director guidance also notes that state, local, and accreditation requirements can be more stringent. In veterinary diagnostic laboratories, quality systems, technical operations, and documented responsibilities are likewise central considerations; USDA APHIS describes quality management activities that include audits, management review, corrective and preventive actions, and proficiency testing. APHIS quality assurance guidance

Start With Roles, Not Assumptions

Before discussing a product, learn how the laboratory organizes decisions. Titles alone do not reliably reveal authority, technical ownership, or procurement involvement. A laboratory director may be directly engaged in a specific evaluation, may delegate operational work, or may participate mainly at defined approval points. A laboratory manager may own the practical work of assessing fit, coordinating staff input, preparing for validation activity, or maintaining continuity after implementation.

Use early conversations to identify who needs to be involved and what each person needs to assess. General questions can include:

• What laboratory objective is prompting this conversation?
• Which teams would be affected by a change in method, instrument, reagent, software, service, or workflow?
• Who should review technical information, quality documentation, operational implications, and purchasing steps?
• What internal process governs a possible evaluation?
• What information would be useful before a follow-up discussion?

Ask these questions without implying that there is a universal evaluation pathway. Employer-specific policies, accreditation commitments, and laboratory scope determine the actual process. Your aim is to map the process accurately, not to steer around it.

Learn the Laboratory’s Quality Language

Laboratory leaders work within systems designed to support reliable testing, controlled processes, staff competency, documentation, safety, and continuous improvement. The CDC describes laboratory quality management systems as part of the work that supports high-quality testing and accurate, timely results. CDC laboratory quality resources Quality management is therefore not a sales objection to overcome; it is the context in which a responsible laboratory evaluates change.

For a sales professional, this means shifting from broad claims of convenience or performance to clear, reviewable information. Be prepared to explain what is known about intended use, workflow requirements, instrument or software compatibility, specimen considerations when applicable, training resources, maintenance expectations, data handling, service pathways, and relevant documentation. Do not overstate what a product can do, and do not imply that a laboratory can skip its own review because another site has adopted the product.

In veterinary settings, the exact regulatory environment can differ from human clinical testing. Still, the quality-system mindset remains highly relevant. APHIS notes that veterinary laboratory quality programs use controlled policies and procedures, audits, corrective and preventive actions, and proficiency testing. APHIS NAHLN quality management information Present information in a way that helps the laboratory determine fit within its own documented procedures and scope.

Translate features into laboratory questions

A feature-led presentation can be useful only after it is connected to a laboratory question. Rather than leading with a long list of capabilities, organize the discussion around matters leaders may need to evaluate:

• Workflow: Where would this fit in the current process, and which handoffs could it affect?
• Quality: What documentation, controls, verification, or review may be relevant under the laboratory’s own policies?
• People: Which users, supervisors, technical specialists, or support teams may need education or access?
• Operations: What are the practical expectations for installation, training, supply continuity, maintenance, connectivity, and support?
• Risk: What limitations, dependencies, and implementation considerations should be visible before a decision?

These are discussion prompts, not a substitute for the laboratory’s protocols, manufacturer instructions, regulatory obligations, or clinical judgment.

Prepare for Different Conversation Styles

Directors and managers may ask the same core question in different ways. A director may focus on governance, patient or animal health implications, quality oversight, and whether the laboratory can responsibly support a change. A manager may focus on how the change will be executed during a normal workday and what it means for the staff who will operate and maintain the process.

Adapt your communication without trying to manipulate either audience. With a director, be concise, technically accurate, and ready to identify the evidence or documentation behind a statement. With a manager, be equally precise about the real-world sequence: what arrives, who does what, what must be configured, how exceptions are handled, and how support is requested. Both conversations benefit from candor about what you do not yet know.

When a question requires expertise outside your role, say so and arrange an appropriate follow-up. A credible response can be: I want to confirm that with the right technical resource rather than give you an incomplete answer. Then document the question, identify the owner, and return with a clear response.

Make Meetings Easier to Use

Laboratory leaders often manage competing responsibilities. A productive meeting has a defined purpose, a small set of relevant materials, and a clear next step. Before the meeting, confirm the topic and attendees. During the meeting, listen for operational constraints as carefully as you listen for interest. Afterward, provide a concise recap that separates confirmed points, open questions, requested materials, and agreed actions.

Useful follow-up materials may include current instructions for use, technical specifications, implementation resources, training outlines, service contacts, interoperability information, or a written response to a defined question. Send only materials that the contact requested or that directly support the next review step. Excess information can create work rather than reduce it.

Use a simple meeting structure

1. Confirm the laboratory goal and scope of the discussion.
2. Ask what has already been tried, reviewed, or ruled out.
3. Present only the information relevant to the stated need.
4. Identify operational, quality, technical, and purchasing stakeholders.
5. Clarify unanswered questions and who will address them.
6. Agree on a next step that respects the laboratory’s timeline and process.

This approach is especially helpful when a sales professional is new to diagnostics or laboratory accounts. It keeps the conversation centered on the customer’s process instead of a rehearsed pitch.

Support Evaluation Without Directing It

A laboratory may need to perform its own review, verification, validation, comparison, training, or approval work before adopting a product or workflow. The scope of that work is laboratory-specific. Do not promise a regulatory outcome, advise a laboratory to bypass its established process, or characterize general information as an approval decision.

Your appropriate contribution is to provide accurate manufacturer materials, respond promptly to legitimate requests, coordinate qualified technical support, and communicate known limitations. CMS emphasizes that its educational resources do not replace statutes, regulations, or formal policy guidance. CMS CLIA resources and support The same principle is useful in sales conversations: reference authoritative materials when relevant, but let the laboratory determine how they apply to its circumstances.

Build Trust Through Professional Boundaries

Trust grows when laboratory leaders can rely on your accuracy, follow-through, and respect for boundaries. That includes protecting confidential information, using approved communication channels, avoiding pressure around incomplete decisions, and following your organization’s policies for demonstrations, samples, contracting, and customer interactions.

It also means recognizing when the right next step is no action. If the solution is not appropriate for the laboratory’s stated need, say so. If a request falls outside your technical knowledge, bring in a qualified resource. If the timing is wrong, leave the account with useful information and a professional path to reconnect.

For medical and veterinary sales professionals, working well with laboratory directors and managers is less about having the most polished presentation and more about being dependable in a quality-focused environment. Learn the decision structure, communicate with evidence and restraint, support the laboratory’s own review process, and make every interaction easier to act on. That is the foundation for credible, durable laboratory relationships.