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TECHNICAL SOLUTIONS
CUSTOM PC Assembly
A custom-built computer gives you the freedom to decide where performance, storage, cooling, appearance, reliability, and future upgrade potential matter most. Instead of accepting a fixed configuration, the system can be planned around the work, entertainment, games, applications, and daily activities you actually expect it to handle.
Lemon Web Solutions provides custom PC assembly for different requirements, including budget-friendly computers for entertainment and light gaming, balanced everyday systems, high-performance gaming PCs, water-cooled showcase builds, and workstations designed around professional applications.
Component selection should consider the complete system rather than treating every part separately. The processor, graphics card, memory, storage, motherboard, power supply, cooling, case, and upgrade path all need to work together within the available budget and expected workload.
Your budget should be spent on the components that improve the way you use the computer. A custom build begins with your actual needs, then balances performance, reliability, cooling, appearance, and future expansion around them.
BUILD Your Custom PC Direction
The right computer depends on how it will be used, which type of performance matters most, how you feel about cooling and appearance, how much memory or storage the workload requires, and how you want to balance present cost against future capability. Answer five quick questions below to create a preliminary custom PC profile.
Question 1 of 5
What will the computer mainly be used for?
Choose the workload that most closely represents the system's primary purpose.
Which performance characteristic matters most?
The system can still remain balanced, but this answer identifies where additional performance may provide the most value.
What kind of cooling and physical design do you prefer?
Cooling should match the heat output, case size, noise preference, appearance, and maintenance expectations of the system.
What matters most for memory and storage?
This helps determine whether the build should prioritise responsiveness, capacity, heavier multitasking, or a balanced combination.
How would you like to approach the budget?
No exact amount is required here. Choose how you want the available budget to be distributed across performance, appearance, and future capability.
Your Custom PC Direction
Balanced Custom PC
Price on Request
— confirmed after component selection and assembly requirements
Your answers have been combined into a preliminary custom PC profile.
The final component list should be confirmed after reviewing application requirements, preferred budget, compatibility, availability, and upgrade expectations.
YOUR Selected Requirements
Main Purpose
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Performance Priority
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Cooling & Design
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Memory & Storage
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Budget Approach
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Assembly Direction
Select compatible components, assemble the complete system, organise cooling and cabling, and review operation before handover.
COMPONENT Planning Direction
Processor
Select a processor suited to the workload and overall performance level.
Graphics
Match graphics capability to games, displays, and supported professional applications.
Memory
Choose sufficient memory for the applications and expected multitasking.
Storage
Balance fast primary storage with the capacity required for files and applications.
Cooling
Select cooling according to heat output, case size, noise, and appearance.
Power Supply
Use a suitable power supply with the required capacity and connections.
Case & Airflow
Confirm component clearance, airflow, radiator support, and physical size.
Upgrade Path
Keep reasonable expansion and upgrade options where the budget allows.
PURPOSE Before Parts
A useful custom PC is not simply a collection of expensive components. It is a system assembled around a clear purpose. Understanding the intended workload makes it easier to decide which parts deserve more of the budget and which specifications would provide little practical benefit.
Office & Productivity
A responsive, dependable computer for documents, spreadsheets, communication, web applications, administration, study, and everyday business use.
Efficient and Practical
Gaming & Entertainment
A graphics-focused build planned around the intended games, display resolution, visual settings, storage needs, cooling, and expected performance.
Graphics and Smooth Gameplay
Professional Workstation
A workstation designed around demanding creative, development, analytical, technical, engineering, production, or multitasking requirements.
Professional Applications
Balanced All-Round System
A flexible computer that combines daily productivity, entertainment, multitasking, occasional gaming, and room for future requirements.
One PC for Many Uses
COMPONENTS Chosen as One Complete System
Every major component affects the behaviour of the finished computer. A powerful graphics card may require a suitable processor, power supply, case, and cooling system. A high-performance processor may need stronger cooling, while large storage or additional memory may influence motherboard selection and future expansion.
Component selection therefore needs to consider compatibility, physical clearance, power requirements, cooling, workload, expected lifespan, and budget together. Spending heavily on one part while ignoring the rest of the system can create unnecessary limitations or cost.
The objective is to create a balanced configuration in which each component supports the intended purpose of the computer.
Compatibility
Power Requirements
Cooling
Physical Clearance
Upgrade Potential
COMPLETE PC
CPU
GPU
MEMORY
STORAGE
POWER
Processor
Selected according to the applications, games, multitasking, processing, and overall performance expected from the computer.
Graphics
Matched to gaming requirements, display resolution, visual applications, and software that can benefit from graphics acceleration.
Memory
Planned around normal multitasking, large projects, professional applications, virtual environments, and expected future use.
Storage
Combines suitable responsiveness and capacity for the operating system, applications, games, projects, media, and business files.
Motherboard
Provides the required processor support, memory configuration, storage connections, expansion slots, ports, and future options.
Power Supply
Supplies appropriate power capacity, connections, efficiency, and reasonable headroom for the selected components.
Cooling
Designed around heat output, noise expectations, available space, airflow, appearance, and the selected processor and graphics card.
Case
Chosen for component clearance, airflow, radiator support, cable organisation, physical dimensions, and preferred appearance.
BALANCE Performance, Value, and Reliability
The most expensive component is not always the most useful component for a particular build. A computer should provide enough performance for its real workload without directing too much of the budget toward specifications that will rarely be used.
A value-focused build may emphasise dependable everyday performance and practical upgrade options. A gaming system may direct more of the budget toward graphics, while a workstation may benefit more from processor capability, memory, storage, or application-specific acceleration.
Reliability also matters. Suitable cooling, a properly sized power supply, compatible components, and a case with appropriate airflow help support the computer beyond benchmark figures alone.
Cooling should be selected according to the heat generated by the components, the available case space, preferred noise level, visual expectations, and willingness to maintain a more advanced cooling arrangement. Air and water cooling can both be appropriate when matched correctly to the build.
Air Cooling
Air cooling uses heatsinks and fans to move heat away from the processor and through the case. It can provide a practical, dependable, and relatively straightforward solution for many everyday, gaming, and professional systems.
Straightforward operation
Suitable for many performance levels
Simpler maintenance
Good case airflow remains important
Water Cooling
Water cooling can support high-performance or showcase builds where radiator placement, appearance, component heat, available space, and cooling presentation are important parts of the design.
Suitable for selected high-performance builds
Strong visual presentation
Requires suitable radiator support
Build complexity and maintenance should be considered
VALUE through Deliberate Component Choices
A brand-name pre-built computer and a custom-built computer can both be suitable in the right situation. The main difference is how much control you have over the internal configuration. Custom assembly allows the available budget to be directed more deliberately toward the components and features that matter to you.
Custom-Built PC
A custom system is planned around the intended workload, allowing component quality, performance, storage, cooling, appearance, and upgrade potential to be considered individually.
Component-level selection
Budget directed toward your priorities
Flexible cooling and case design
Greater control over future expansion
Brand Pre-Built PC
A pre-built system can offer convenience through a fixed configuration and a single supplier, but the selected components, cooling, expansion options, and internal design may provide less flexibility.
Ready-made configuration
Convenient single-system purchase
Component selection may be fixed
Upgrade options depend on the model
UPGRADE with Room to Grow
A computer does not necessarily need to include every possible upgrade on the first day. A well-planned system can meet current requirements while preserving reasonable options for additional memory, storage, graphics capability, expansion cards, or other future changes.
Upgrade potential depends on the motherboard, power supply, case dimensions, available cooling, component compatibility, and physical expansion space. A very compact or highly specialised build may offer fewer options than a larger, more flexible system.
The objective is to avoid paying for unused capacity while also avoiding unnecessary limitations that make sensible future upgrades difficult.
Additional Memory
More Storage
Graphics Upgrade
Expansion Slots
Power Headroom
MEMORY
STORAGE
GRAPHICS
FUTURE
WARRANTY across Individual Components
A custom-built computer is assembled from individual components rather than purchased as one fixed internal configuration. New components normally carry their own applicable manufacturer, distributor, or retailer warranty according to the specific product and supplier terms.
Component Records
Keep invoices, product information, serial numbers, and other purchase records required for future warranty reference.
Different Coverage Periods
Warranty duration and conditions may differ between the processor, graphics card, motherboard, storage, power supply, and other parts.
Fault Identification
If a problem develops, the affected component normally needs to be identified before the appropriate warranty route can be followed.
Supplier Terms Apply
Warranty claims remain subject to the individual manufacturer, distributor, retailer, product condition, and applicable purchase terms.
Component Warranty and Assembly Support Are Different
The warranty for an individual component is provided according to that component's applicable supplier terms. Diagnosis may be required to determine which part is responsible before a warranty claim, repair, or replacement path can be identified.
ASSEMBLE with Compatibility and Operation in Mind
Once the component direction has been agreed, the system can be assembled around the selected case, motherboard, cooling, power, storage, and performance requirements. The completed computer should then be reviewed to confirm that the main hardware is recognised and operating as expected before handover.
Compatibility Review
Confirm that the processor, motherboard, memory, cooling, graphics, storage, power supply, and case can operate together.
Physical Assembly
Install the selected components with attention to clearance, connections, cooling placement, and cable organisation.
Initial Configuration
Review the basic system configuration and confirm that major components and storage are detected correctly.
Operating Review
Review startup, general operation, cooling behaviour, connectivity, and the functions relevant to the agreed build scope.
PROCESS from Requirement to Ready-to-Use PC
Every custom PC begins with understanding how the computer will be used. From there, the component direction, cooling, case, budget, compatibility, assembly, and operating review can be planned as one complete project.
01
Understand Your Needs
Discuss the workload, applications, games, preferred appearance, available space, and expected budget direction.
02
Plan the Build
Determine the suitable performance level, component priorities, cooling method, capacity, and upgrade expectations.
Install the components, arrange the cooling and cabling, and prepare the complete system for initial operation.
05
Review & Handover
Review basic operation and provide the completed computer once the agreed assembly scope is ready.
START Your Custom PC Build
You do not need to know the exact processor, graphics card, motherboard, memory, power supply, or cooling system before getting in touch. The most useful starting point is explaining what you need the computer to do, which applications or games you expect to use, and whether you prefer a value-focused, balanced, compact, water-cooled, or premium build.
Mention your approximate budget direction, preferred physical size, monitor or display requirements, storage needs, existing components that may be reused, and whether appearance, low noise, future upgrades, or maximum performance are important. From there, a suitable custom PC direction and assembly quotation can be discussed.
Price on Request based on components, cooling, case design, and assembly requirements
The Integrated Stack: Secure Systems Built for Stability.
We design, harden, and operate reliable systems—integrating apps, data, identity, and networks into one secure, high-performance stack.
From on-prem and self-hosted environments to hybrid setups, we build practical solutions that are fast, stable, and maintainable.
System Integration
Server Configuration
Network Engineering
Database Optimization
System Monitoring
Backup & Recovery
Ops Automation
Network Topology
TLS MFA
ABOUT LEMON
Experienced webmaster specializing in functional, visually appealing web design since 2008, with a strong focus on programming and innovation.
