Scheduled preventive maintenance visits for corporate laptop fleets. Dust cleaning, thermal repaste, hardware health checks, and a written report for your IT manager — before devices fail, not after. Serving Hyderabad organisations since 2007.
Tell us your fleet size and we'll plan a maintenance visit that works around your office hours.
Most organisations only touch a laptop when it breaks. Here's what that choice actually costs — in productivity hours, SLA breaches, and emergency repair premiums.
Every scheduled visit follows this documented process. Engineers carry calibrated tools, ESD-safe equipment, and branded thermal compound. Nothing is skipped, and every step is logged.
Before the engineer arrives, your IT manager sends us a device roster — serial numbers, models, assigned users, and any known issues. We map visit logistics to minimise disruption and ensure the right tools and parts are on hand. Visit timing is confirmed 48 hours in advance.
The laptop is opened using model-specific procedures. Internal components — fan blades, heatsink fins, vents, and board surfaces — are cleaned using ESD-safe compressed air and anti-static brushes. Dust accumulation of 1–2mm on a heatsink can raise CPU temperature by 15–20°C, directly causing thermal throttling and shortened component life.
Original thermal compound between the CPU and GPU dies and the heatsink degrades within 18–24 months under normal office workloads, and faster under sustained load. We remove the old compound, clean the contact surfaces with isopropyl alcohol, and apply a fresh, calibrated layer of high-performance thermal paste. CPU temperatures typically drop 8–15°C after repasting.
Outdated firmware and drivers cause erratic hardware behaviour — fan speed sensors fail to respond, battery gauges read incorrectly, display panels flicker at incorrect refresh rates. We update OS patches, BIOS firmware, device drivers (display, storage, chipset, network), and OEM-specific utilities to stable current versions, reducing software-induced hardware stress.
A full diagnostic sweep covers: battery wear percentage and charge cycle count, storage SMART data (reallocated sectors, pending errors), RAM stress test, display backlight and pixel integrity, all ports and connectors, keyboard travel and actuation, hinge resistance, and wireless adapter signal quality. Devices flagged here receive an advisory with cost estimate before any work is done.
Within 24 hours of the visit, your IT manager receives a device-level written report. It lists every unit serviced, work performed, current health scores (battery, storage, thermal), and a risk classification (Low / Medium / High) for each device. High-risk flagged devices include a recommended action and estimated cost — giving you a clear picture for the next procurement cycle.
Dust exposure, sustained workloads, and critical uptime requirements make some environments far more punishing on laptops than a typical air-conditioned office.
Metal filings, coolant mist, and particulate-heavy air clog laptop fans within weeks. Workstations controlling PLCs, MES systems, or production monitoring tools cannot afford thermal-induced shutdowns mid-shift. Quarterly visits are standard for these environments — with after-shift scheduling to avoid production disruption.
Nursing station laptops, ward management systems, and doctor workstations operate around the clock. Downtime in a clinical setting is measured in patient risk, not just productivity. We schedule maintenance during ward handover periods or at night, ensuring zero disruption. NDA is standard for all hospital engagements.
Fine particulates from powder handling and chemical vapours degrade laptop internals rapidly. Lab workstations running equipment control software or data logging must maintain continuity. Maintenance visits are scheduled during equipment downtime windows and logged for compliance documentation.
Agents work in shifts, meaning laptops rarely get powered down. Fan bearings wear faster, thermal paste degrades quicker, and keyboards accumulate debris. With 500–2,000 workstations in a typical BPO, unmanaged preventive maintenance leads to cascading failures during peak seasons. We run maintenance during the lowest-traffic shift window.
Student-handled laptops accumulate dust, suffer keyboard damage, and operate in classrooms without air conditioning for significant portions of the year. Semester breaks are the natural maintenance window — all devices serviced while classes are paused, ready for the next term. Written reports help administrators plan procurement for the coming year.
Site offices in active construction zones expose laptops to concrete dust, silica particles, and temperature extremes. Project management software, CAD tools, and BIM platforms demand sustained performance from workstations. Monthly visits during active phases keep AutoCAD and Revit workstations running without thermal failures mid-project.
Choose a maintenance cadence that matches your environment's dust exposure, workload profile, and budget cycle. All plans include written reports and GST invoicing.
Best for: Air-conditioned offices, software teams, consulting firms
Best for: Hospitals, BPOs, manufacturing sites, 24/7 operations
Best for: Startups scaling fast, project-based organisations, seasonal businesses
All AMC tiers (Silver / Gold / Platinum) include preventive maintenance visits as a bundled component. See AMC plan comparison →
Within 24 hours of every maintenance visit, your IT manager receives a structured, device-level report. Here's what one looks like for a 12-device batch.
| Serial No. | Model | Battery Wear | Storage Health | Thermal Post-Clean | Risk | Recommended Action |
|---|---|---|---|---|---|---|
| SN-0041 | HP EliteBook 840 G9 | 18% | 97% — Healthy | 62°C idle | Low | — |
| SN-0042 | Dell Latitude 5530 | 34% | 94% — Healthy | 58°C idle | Low | — |
| SN-0043 | Lenovo ThinkPad E14 | 71% | 88% — Monitor | 69°C idle | Medium | Battery replacement in next 6 months (~₹3,800) |
| SN-0044 | Asus VivoBook 15 | 82% | 61% — Critical | 74°C idle | High | SSD replacement urgent (~₹5,500) + battery within 60 days (~₹2,500) |
| SN-0045 | HP ProBook 450 G9 | 42% | 91% — Healthy | 61°C idle | Low | — |
Full report includes all 12 devices. Cost estimates for recommended actions are indicative — final quotes provided before any work is authorised.
Two examples from our Hyderabad client base — anonymised.
A Hyderabad precision-parts manufacturer had 64 workstations running CNC control software and production monitoring tools on the factory floor. Before engaging us, they were losing 2–3 workstations per quarter to overheating-related shutdowns, each requiring a reactive repair with 48–72 hours of downtime.
After moving to a quarterly preventive maintenance programme, thermal incidents dropped to zero over the following 12 months. The quarterly reports identified 11 devices with battery wear above 70% — all replaced proactively over two quarters. Total repair spend fell by an estimated 40% year-over-year, and the IT head had a documented asset health record for the first time.
A Hyderabad multi-specialty hospital had 48 laptops across 6 wards — nursing station units running hospital information systems (HIS) alongside doctor workstations used for imaging review and prescription management. Several units were overheating and randomly restarting, causing HIS data-entry sessions to drop, requiring nurses to re-enter patient data manually.
We onboarded the hospital on a half-yearly preventive maintenance programme with visits scheduled between 11 PM and 4 AM during the lowest-activity shift. NDA was executed before the first visit. The initial visit identified severe thermal compound degradation on 16 units and dust blockages on 31 units. Post-servicing, random restarts ceased entirely. The subsequent visit six months later was routine — no high-risk devices found.
Tell us your fleet size and environment — we'll design a maintenance schedule that fits your operations.