Why field inventory is a bottleneck (and how to solve it)
In installation and maintenance companies, inventory carried in vans or spread across small storerooms is the hidden cause of stockouts, repeat visits and tied-up capital. It is not just about counting boxes: it is about ensuring the right part is available on the first visit, with traceability and frictionless replenishment.
With enrutar.com, you can connect inventory, work orders and purchasing so that every movement is recorded and replenishment happens on time. Serial-number traceability, minimum stock levels per technician and kits by job type reduce chaos without adding bureaucracy.
Key best practices
1) Minimum stock levels per technician and mobile location. Define minimum levels for each item in every van or for every technician. When a job takes stock below the threshold, trigger automatic replenishment from the central warehouse or a purchase from the supplier, with approval if it exceeds a set amount. 2) Kits by job type. Standardise ‘kits’ (sets of parts and consumables) associated with job templates: standard installation, quarterly maintenance, emergency repair. When the job is created in enrutar.com, the system suggests the kit and reserves stock. 3) Organised post-service returns. Anything not used comes back with a digital returns note. The technician confirms it in the mobile app and the warehouse updates the stock. This prevents surplus stock from getting ‘lost’ in the van. 4) Serial and batch traceability. For equipment subject to warranties or regulatory requirements, record the serial number in the technician's app when it is installed or removed. This simplifies warranties, recalls and audits. 5) Automatic replenishment and synchronised purchasing. When stock falls below aggregate minimum levels, enrutar generates replenishment proposals: an internal transfer or purchase order. You can consolidate suppliers and dates to optimise delivery costs.
Connect inventory with work orders and purchasing
- When creating an order: the system suggests the kit and reserves materials from the relevant warehouse. If there is no stock, it displays alternatives or launches a purchase proposal with an estimated date so the visit can be coordinated.
- During the job: the technician uses items through the app, by scanning them or making a quick selection. The task status and route in Google Maps are linked to actual consumption.
- After closing: returns and adjustments are recorded; if there are incidents (waste, breakages), they are tagged for subsequent analysis. The invoice can include materials with configured prices and margins.
KPIs that matter (and how to interpret them)
- Inventory turnover: \( \text{Annual consumption} / \text{Average stock} \). High turnover with a stable service level indicates that stock is sized correctly.
- Stockouts: the number of times a reserved item was unavailable. Goal: a downward trend with well-calibrated thresholds.
- Tied-up capital: the value of non-critical stock. Reduce it by setting dynamic minimum levels based on seasonality and demand.
- Waste: losses due to expiry, breakage or misplacement. Tackle them with systematic returns and light-touch cycle counts.
- First-time fix rate: percentage of jobs resolved without a second visit. This rises when kits are standardised and stock is reserved.
How to get started with enrutar
1) Define locations: central warehouse, vans and small storerooms. Assign an owner to each location. 2) Create job templates and their standard kits. 3) Set minimum levels per technician and item, with replenishment ranges. 4) Enable material reservations when creating the order and automatic replenishment with approval. 5) Train the team to record usage, returns and serial numbers from the mobile app.
With this in place, you will see fewer stockouts, fewer wasted journeys and more first-time fixes. If you would like to see it working in your operations, request a demo at enrutar.com.