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04 · Technical & Operational Feasibility
Option
Technical Feasibility

Site, hours and equipment

The plant runs in an 800 m² leased factory with one shift: Monday to Friday, 8:00 to 17:00 with an hour for lunch, and Saturday 8:00 to 14:00. That gives about 199 machine hours a month per machine before start-up and shut-down time. The first three months after lease signing are set-up, with no production.

The equipment list is the client's, as given, with the machines duty-paid and installed.

Client equipment listUSD
CNC router (Excitech)40,000
Nesting machine (Excitech)75,000
Panel saw (Excitech)8,000
Edge bander with glue pot (Excitech)54,000
200 kVA generator with tank (Caterpillar)50,000
Compressor, fridge, tank15,000
Steel structure and glazing50,000
IT and security8,000
Electrical and plumbing15,000
Machine installation, in factory5,000
Software7,000
Forklift25,000
Air conditioning2,000
Furniture5,000
Ducting system12,000
Equipment and fit-out, client list371,000
Production

How production flows

Every product follows the same path through the plant. Boards are cut on the nesting CNC (with the panel saw for back panels and recuts), edged, bored where needed, checked and fitted with hardware. The flow then splits: catalogue items are flat-packed and dispatched to the customer; project and hotel-room parts are pre-assembled, dispatched and installed on site by the plant's crews.

The Nesting CNC sets the pace of the whole plant: one shift is enough for the plan as long as it stays below about 85% loaded. Station loads are on the Recommended option below.

Operations

Capacity and staffing

The client's file staffs the plant with 13 operators at $400 a month, 20 helpers at $200 and 2 designers at $1,000. The client gave no management salaries and no installation crew; Base adds our estimate of $3,500 a month for a management team (plant manager, accountant, online sales lead) and $1,200 for one crew of two installers and two helpers. Vans for the crew are not added.

Capacity could not be tested on the client's data: standard machine times per item were not available, so no station utilisation or bottleneck can be read from this option. The recommended option answers this with the production module (station times per item).

The production module times each catalogue item, project m² and hotel room through ten stations, after start-up and shut-down at each machine. The nesting CNC sets the plant's pace.

One shift is enough for the plan. At year-5 prices and the same mix, practical capacity (85% of the nesting CNC) is about $1.62 million of revenue, and the absolute maximum about $1.91 million, against $1,570,238 planned in year 5.

Nesting CNC utilisation by year

34.4%Y165.0%Y268.8%Y375.4%Y482.3%Y5

Healthy range is 60–85% (see red flags). Above 85%, extra hours on the nesting machine come before any second shift.

Station utilisation, year 5 (one shift)

Nesting CNC82.3%
Assembly61.6%
Packing61.3%
Hardware56.5%
Edge bander49.2%
CNC router31.6%
Board store24.3%
Panel saw17.9%
Dispatch17.5%
Cleaning, QC13.8%

The Nesting CNC is the bottleneck at 82.3% in year 5. Five stations stay below a third of their hours, which is why lean staffing (L1) cross-trains helpers between them.

More detail Stations, their roles and productive hours
Station and roleHours a monthUsed, year 5
Board storeReceive, store and stage sheets (forklift)16224.3%
Nesting CNCCut and drill panels from full sheets. Start-up: power, homing, spindle warm-up, vacuum, load programs14782.3%
Panel sawBack panels, drawer bottoms, recuts15917.9%
Edge banderEdge tape on visible edges. Glue pot heat-up 5–20 min; tape colour changes13249.2%
CNC routerHorizontal boring, special shapes (confirm role with the client)15031.6%
Cleaning, QCDust off, check, label16213.8%
HardwarePre-fit hinge cups, runners, latches; bag fittings16256.5%
PackingFlat-pack cartons16261.3%
AssemblyProject pre-assembly and test fit16261.6%
DispatchLoad, documents, finished-goods store16217.5%

Staff grow from 32 people in year 1 to 42 in year 5, with 11 operators and 14 helpers at full volume (improvement L1), five installation crews from year 2, and a management team. The station roles carry the client's equipment list; the CNC router's exact role next to the nesting machine is to be confirmed with the client.

Working capital

Stock, credit and cash cycle

The client's plan uses a working-capital placeholder of $60,000. In the model it becomes stock of $62,054, held flat for five years with 30 finished units in stock. It is not linked to volume, supplier credit or customer deposits, so it says little about liquidity risk.

Working capital follows a practical stock policy: imported boards bought by container for about 60 days of use, 10 days of work in progress, finished catalogue stock of 45 days (at least one unit per item and finish), 15 days of supplier credit, hotels paying 30 days after delivery, and 50% deposits.

Working capital, USDYear 1Year 2Year 3Year 4Year 5
Inventory (boards, work in progress, finished stock)78,94284,84895,339110,214126,610
Receivables (hotels)1,5856,5296,7259,23511,890
Supplier credit(15,712)(16,972)(18,527)(20,949)(23,594)
Customer deposits(31,324)(37,160)(38,275)(41,732)(45,362)
Net working capital33,49137,24545,26256,76869,544
Inventory turnover (times a year)6.5×6.9×6.6×6.3×6.1×
Days of inventory5653555860
Cash cycle (days of revenue)1212141516

Stock turns about 6–7 times a year, close to the 7–8 times typical for small and medium wood-furniture makers. Without the project deposits (improvement L4), the same policy needs $63,230 in year 1 rising to $103,016 in year 5. Slow imports (90 days of stock), no supplier credit and hotels paying at 60 days, all together, would add about $83,000 by year 5. That is a real liquidity risk, but secondary to price.