We deliver engineered comfort systems built around airflow, efficiency, and long-term reliability. From high-performance residential installs to complex commercial mechanical systems, our work is structured, data-backed, and built to perform.
Ductless and mini-split installations
From first phone call to final system commissioning, our process is organized, transparent, and efficient. Clear communication, scheduled arrival windows, detailed estimates, and clean job sites are standard — not upgrades. We respect your time, your home, and your investment.
We specialize in high-efficiency electric heating systems designed for Ann Arbor homes. We actively work with local electrification initiatives and rebate programs, including A2Zero-aligned incentive opportunities, to help homeowners reduce carbon impact while maximizing available savings. Cold-climate performance design.
Our technicians are NATE-certified and factory trained, with continuing education in cold-climate heat pump systems and high-efficiency equipment. Every installation follows manufacturer specifications, Michigan mechanical code, and proper commissioning procedure.
We help Ann Arbor homeowners take advantage of available energy incentives, including A2ZERO-aligned programs, DTE rebates, and Michigan Saves financing. Our team walks you through eligibility, required documentation, and system qualification to ensure you maximize available savings.
Ann Arbor is leading the way in electrification and carbon reduction through its A2Zero initiative, and high-efficiency cold-climate heat pumps play a major role in that transition. Lashbrook Mechanical specializes in properly sized and commissioned heat pump systems designed to meet the performance standards recognized by organizations such as NEEP (Northeast Energy Efficiency Partnerships) for cold-climate operation.
We design systems to qualify for available rebate programs and incentive pathways, ensuring installations meet efficiency thresholds and documentation standards required for participation. From dual-fuel configurations to full electric conversions, our approach focuses on performance, compliance, and long-term operating efficiency — not guesswork.
