Join.To.IT builds software for appliance repair shops that live on brand and model history: parts that have to be ordered before the second visit, diagnostic notes that survive technician turnover, and a clean split between in-home callouts and bench work in the shop. HVAC equipment is a different trade — that sits under construction.
Appliance repair fails in the gaps between visits. The first call captures a brand and a symptom. The second visit needs the model, the last error codes, which part was already tried, and whether the unit is still in the home or sitting on the bench. Generic FSM treats that as another field ticket. HVAC contractor tools treat it as equipment in a plant room. Neither is this business.
We build systems where the appliance identity, diagnostic notes, parts orders, and the in-home versus shop path share one record. A technician arriving with a part sees why it was ordered. The shop floor sees which units are waiting on freight. The customer sees a status that is not a voicemail.
Start with brand and model history and parts — the two places second visits die — then add diagnostics, shop flow, and customer status.
A durable record per appliance: brand, model, serial, install age, prior faults, and parts already fitted.
Raise orders from the diagnosis, track ETA against the job, and stop the second visit happening without the part.
Structured notes, tests, and likely causes by brand and model so the next technician is not starting from a text message.
Two queues with different scheduling: a booked home visit, or intake, bench time, and customer collection or redelivery.
The same appliance record in the van and on the bench: history, parts, quotes, and sign-off.
Tell the customer whether the unit is diagnosed, waiting on a part, or ready — without a call to the counter.
Shops lose time to incomplete model capture, parts chased by phone, and notes that never make it onto the next job. AI helps with intake, diagnostic support, and quote drafts from those notes.
Our Join.To.IT AI development team connects these capabilities to your appliance records, diagnostic notes, and parts orders.
Capture brand, model if known, and symptoms, then recommend in-home versus shop based on your rules.
Surface prior jobs and known-fault notes for the same brand and model while the technician is in front of the unit.
Draft labour and parts quotes from diagnosis notes and your price lists for a technician or counter to confirm.
Message customers when a part slips, and flag jobs that have been waiting too long on the bench.
Turn technician notes into a plain-language update the customer can read without calling the shop.
We integrate accounting, payments, mapping for in-home runs, SMS, parts supplier catalogues and order status where they exist, and the messaging channels customers already use.
Diagnosis, parts ETA, and invoices stay on the appliance record so the counter is not reconciling three systems at closing time.
A dispatch product can send someone to a house. It rarely models the appliance as the asset, the part as a blocker, or the shop as a second workplace. HVAC platforms model boilers and rooftop units. That is the wrong object for washers, ranges, and refrigeration appliances.
Brand, model, and serial drive the next diagnosis. A nameless job ticket throws that away.
Empty second visits are the expensive failure mode. ETA has to live on the job.
In-home slots and bench stages cannot share one status pipeline without lying to the customer.
Known faults and tests by model are how a new technician stops repeating last month’s dead ends.
Furnaces, condensers, and maintenance agreements belong on construction HVAC software, not here.
The same Join.To.IT delivery process, applied to appliance identity, parts, diagnostics, and in-home versus shop flow.
Map counter calls, in-home diagnostics, shop intake, parts chasing, and how customers currently learn that a part has arrived.
Define appliances, jobs, parts lines, diagnostic notes, and the two location paths, plus supplier, payment, and mapping integrations.
Design a board that shows home runs and bench work without mixing them, and a mobile flow usable behind a machine.
Build appliance history and parts first, then diagnostic notes, in-home dispatch, shop stages, and customer status.
Test missing model data, delayed parts, shop-to-home handoff, offline notes, and quote approval before repair.
Pilot the counter plus one in-home technician and the bench, then extend remaining techs and tune supplier feeds.
We choose technologies based on shop versus van mix, how you order parts, and how often technicians work in kitchens and utility rooms with weak signal.
Practical answers for appliance shop owners, service managers, and parts counters.
