Project Report for Computer Keyboard
Computer keyboard manufacturing is an electronics assembly business that produces wired and wireless keyboards for desktops, laptops, gaming, and commercial applications. A professionally prepared project report helps evaluate components, machinery, production capacity, investment, and financial feasibility. Get a Completely Custom Bankable Project Report by Sharda Associates—Rs. 2,999 onwards, delivered in 24-48 hrs, backed by 45,500+ CA-certified reports
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What A Computer Keyboard Manufacturing Unit Actually Does
Plastic housings, printed circuit boards (PCBs), membrane or mechanical switches, keycaps, controllers, wires, and electronic components are all integrated into completed keyboards in a computer keyboard manufacturing facility. Computer brands, OEM manufacturers, wholesalers, retailers, corporate purchasers, educational institutions, and export markets are among the customers to whom products are delivered.
Making or obtaining plastic keycaps and exterior housings is the first step in the manufacturing process. Next, the membrane sheets or mechanical switches are assembled onto the PCB. Before the keyboard is put together completely, the controller, wireless module or USB cable, LEDs, and other electronic parts are attached.
Each keyboard is put through functional testing after assembly, during which time each key is examined for proper operation, reaction time, connectivity, and durability. After that, goods are packed with accessories, cleaned, labeled, and ready to be shipped.
Component quality, assembly precision, product dependability, ergonomic design, quality testing, and effective supply chain management are all critical to a computer keyboard manufacturing company’s success. Before the unit is established, a thorough project study should assess the equipment, electronic components, production capacity, working capital, quality control, target markets, investment, and financial viability.
How The Process Runs
- Component sourcing — membrane sheets or mechanical switches, controller PCBs, and cables are sourced, since these are typically imported or bought from specialised component suppliers rather than made in-house at small scale.
- Injection moulding — keycaps, the top case, and base are moulded from ABS or similar plastic using an injection moulding machine.
- PCB/membrane assembly — the circuit layer is assembled and connected to the controller and cable.
- Mechanical assembly — the moulded casing, keycaps, membrane/switch layer, and PCB are assembled into the finished keyboard.
- Testing — each unit or a sample batch is tested for key response, connectivity (USB/Bluetooth/wireless), and durability.
- Packing — finished keyboards are packed with cables, manuals, and any bundled accessories.
Machinery And What It Actually Costs
The injection moulding machine is the main capital investment if you’re moulding your own plastic parts rather than outsourcing that step:
Machine | Approximate Cost |
Small/mini injection moulding machine (lower tonnage, for small parts like keycaps) | Lower end of the range, suited to small-part production |
Small-to-mid scale injection moulding machine (100-300g shot size) | ₹12,00,000 – ₹25,00,000 |
PCB/membrane assembly equipment (soldering, testing jigs) | Considerably lower cost, scales with automation level |
Assembly line tooling and testing equipment | Add-on cost |
Many small units start by outsourcing injection moulding to a job-work moulder and focus their own investment on assembly, testing, and quality control, which meaningfully lowers the initial machinery cost compared to owning a full moulding line from day one. A project report should reflect whichever of these two setups you’re actually planning, since the investment difference is significant.
Raw Materials And Components
- ABS or similar plastic resin (if moulding your own casing/keycaps)
- Membrane circuit sheets or mechanical key switches
- Controller PCB
- Cables (USB) and, for wireless models, the relevant wireless module
- Packaging material
Space, Power And Manpower
A small assembly-focused unit can operate in a modest workshop space covering component storage, an assembly line, a testing section, and packing — considerably less space-intensive than a full moulding operation. Power requirement depends heavily on whether you’re running your own injection moulding machine, which is the significant power draw in this business; a pure assembly operation has much lower power needs. Manpower includes assembly line workers, a quality/testing team, and — if handling moulding in-house — a machine operator and mould-maintenance skill.
Market Demand
Demand for keyboards in India tracks the broader PC, laptop, and peripheral market, along with steady replacement demand from offices, cybercafes, schools, and the growing work-from-home and gaming segments. It’s worth being realistic here: this is a market where established brands (largely importing or assembling from imported components) dominate the branded retail segment, and a smaller Indian manufacturer is more likely to find a viable niche supplying OEM/private-label buyers, bulk institutional buyers (schools, government offices), or a specific product niche rather than competing head-on in the branded consumer retail space from day one.
Profit Margin
Margin depends heavily on how much of the value chain you control. Pure assembly of imported components tends to run on thinner margins, since the components themselves carry most of the cost and are commoditised. Units that also handle injection moulding, private-label branding, or serve institutional bulk buyers directly tend to hold better margins than a pure assembly operation reselling largely unchanged imported parts. A project report should model profitability against your actual component sourcing cost and realistic selling price, rather than assuming margins similar to a fully vertically integrated manufacturer.
Government Schemes And Loan Support
It’s worth being clear that the government’s PLI 2.0 scheme for IT hardware — which covers laptops, tablets, PCs, and servers — is designed for large-scale manufacturers with very high revenue thresholds (global manufacturing revenue well above what a new MSME unit would have), so it isn’t a realistic route for a small keyboard assembly business, even though keyboards are a component within the broader laptop/PC ecosystem the scheme targets. More relevant support for an MSME-scale unit includes PMEGP for a new entrepreneur, and CLCSS for an existing unit upgrading assembly or moulding equipment. A standard MSME term loan is the more realistic financing route at this scale.
Documents A Bank Will Ask For
- CA-Certified Project Report
- CMA Data (for term loan and working capital assessment)
- KYC Documents (Aadhaar Card, PAN Card, etc.)
- Proof of Business Premises (Ownership papers or Lease/Rent Agreement)
- Machinery Quotations (Assembly equipment, moulding machines, testing equipment, etc.)
- Component Supplier Quotations (PCBs, switches, controllers, keycaps, and other key components)
- Udyam/MSME Registration Certificate
- GST Registration Certificate (where applicable)
Frequently Asked Questions
Yes, computer keyboard manufacturing can be profitable due to steady demand from consumers, businesses, educational institutions, and OEM brands. Profitability depends on component sourcing, production efficiency, product quality, pricing, and distribution.
The main raw materials include plastic housings, keycaps, printed circuit boards (PCBs), membrane sheets or mechanical switches, controllers, USB cables, wireless modules, LEDs, screws, packaging materials, and electronic components.
A typical unit requires PCB assembly equipment (or outsourced PCB supply), screw fastening tools, soldering stations, testing equipment, assembly workstations, injection moulding machines (if manufacturing plastic parts), and packing equipment.
Yes. Banks provide loans for electronics manufacturing businesses when supported by a CA-certified project report containing machinery details, component costs, production capacity, working capital requirements, and financial projections.
Manufacturers can produce wired keyboards, wireless keyboards, USB keyboards, Bluetooth keyboards, membrane keyboards, mechanical keyboards, gaming keyboards, multimedia keyboards, and ergonomic keyboards.
The most important quality factors are key response accuracy, switch durability, PCB reliability, typing comfort, connectivity performance, and consistent product testing before dispatch.
Major buyers include computer brands, OEM manufacturers, IT distributors, electronics retailers, e-commerce platforms, corporate offices, educational institutions, government organizations, and export buyers.
Generally, the business requires Udyam Registration, GST Registration, Trade Licence, Factory Licence (where applicable), and BIS certification or other product compliance requirements if applicable to the product category.