01
Define the workload
We document the applications, performance priorities, workspace, displays, storage, cooling, appearance, budget, and upgrade path before recommending parts.
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We plan the components around your applications, displays, storage, and budget, then assemble, test, and document the approved build.
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We plan the components around your applications, displays, storage, and budget, then assemble, test, and document the approved build.
We plan the components around your applications, displays, storage, and budget, then assemble, test, and document the approved build.
We plan the components around your applications, displays, storage, and budget, then assemble, test, and document the approved build.
Built part by part
Completed build, in motion
A silent sweep of the final loop, lighting, and glass-side finish.
The build sequence
Plan build verify
Step 01Loop, fitment, and cable paths are mapped before assembly.
Step 02Major components are fitted and checked in the open chassis.
A straightforward path from scope to launch.
We document the applications, performance priorities, workspace, displays, storage, cooling, appearance, budget, and upgrade path before recommending parts.
You review the exact component list, compatibility notes, supplier availability, labor, pass-through costs, warranty owners, assumptions, and exclusions before anything is ordered.
The system is assembled, updated, configured, cable-managed, and tested under load. Custom loops receive documented pressure or leak testing before final validation.
We finish the approved operating-system, driver, application, display, peripheral, and desk setup, then deliver the configuration and acceptance record.
Built part by part
Completed build, in motion
A silent sweep of the final loop, lighting, and glass-side finish.
The build sequence
Plan build verify
Step 01Loop, fitment, and cable paths are mapped before assembly.
Step 02Major components are fitted and checked in the open chassis.
A straightforward path from scope to launch.
We document the applications, performance priorities, workspace, displays, storage, cooling, appearance, budget, and upgrade path before recommending parts.
You review the exact component list, compatibility notes, supplier availability, labor, pass-through costs, warranty owners, assumptions, and exclusions before anything is ordered.
The system is assembled, updated, configured, cable-managed, and tested under load. Custom loops receive documented pressure or leak testing before final validation.
We finish the approved operating-system, driver, application, display, peripheral, and desk setup, then deliver the configuration and acceptance record.
What we support and how we deliver
We translate the workload and physical constraints into a compatible build, document the commercial split, assemble the approved parts, and verify the finished system before handoff.
Workload and specification
The specification starts with the applications, performance target, displays, peripherals, noise, thermals, space, serviceability, and upgrade horizon.
Parts and build control
Current part evidence and substitutions are reviewed before purchasing, while CORE's build labor remains distinct from pass-through component spend.
Validation and handoff
The completed machine is checked against the accepted build rather than handed over as an undocumented pile of parts.
Assessment before commitment. Brands and components are assessment-dependent examples, not partnership, authorization, inventory, performance, availability, or warranty claims. The accepted quote identifies the exact labor scope and the separately approved supplier-priced component costs. Custom liquid cooling, fabrication, data migration, software licenses, overclocking, shipping, on-site setup, and ongoing support are included only when expressly itemized.
Pricing and service options
Tell us the applications, displays, storage, and budget. We’ll recommend the parts, assemble and test the system, and document the final build.
Custom quote
Workload planning, component compatibility engineering, part-by-part assembly, configuration, burn-in testing, documentation, and handoff priced from the accepted build scope.
Current supplier cost, scope, quantities, licenses, taxes, and delivery terms are confirmed before approval.
Plan my custom build
Tell us what the workstation needs to do, your parts preferences, and how much assembly and setup you want handled. Parts, assembly, testing, and handoff stay separate so the recommendation is easy to review.
Answer three quick questions. Nothing is added until you choose.
Plan my custom build
Tell us what the workstation needs to do, your parts preferences, and how much assembly and setup you want handled. Parts, assembly, testing, and handoff stay separate so the recommendation is easy to review.
Answer three quick questions. Nothing is added until you choose.
Quick fit guide
0 of 2 answered
2 quick questions to point you to the right option.
Choose the outcome or need first to receive a recommendation.
Choose the first planning step above. The recommendation and pricing explanation will update here—nothing is added to your estimate automatically.
Define the workload
We document the applications, performance priorities, workspace, displays, storage, cooling, appearance, budget, and upgrade path before recommending parts.
Approve every part
You review the exact component list, compatibility notes, supplier availability, labor, pass-through costs, warranty owners, assumptions, and exclusions before anything is ordered.
Build and validate
The system is assembled, updated, configured, cable-managed, and tested under load. Custom loops receive documented pressure or leak testing before final validation.
Set up and hand off
We finish the approved operating-system, driver, application, display, peripheral, and desk setup, then deliver the configuration and acceptance record.
See relevant work before you decide
Review case studies and delivery examples related to Custom Desktop Builds & Setup.
See delivery evidenceStill weighing a detail?
Ask a specific question without losing the service, pricing, or recommendation context you selected above.
No. The build is quoted against the exact approved configuration. CORE planning, assembly, setup, and validation are separated from components, freight, taxes, licenses, specialty cooling, and supplier charges.
What we support and how we deliver
We translate the workload and physical constraints into a compatible build, document the commercial split, assemble the approved parts, and verify the finished system before handoff.
Workload and specification
The specification starts with the applications, performance target, displays, peripherals, noise, thermals, space, serviceability, and upgrade horizon.
Parts and build control
Current part evidence and substitutions are reviewed before purchasing, while CORE's build labor remains distinct from pass-through component spend.
Validation and handoff
The completed machine is checked against the accepted build rather than handed over as an undocumented pile of parts.
Assessment before commitment. Brands and components are assessment-dependent examples, not partnership, authorization, inventory, performance, availability, or warranty claims. The accepted quote identifies the exact labor scope and the separately approved supplier-priced component costs. Custom liquid cooling, fabrication, data migration, software licenses, overclocking, shipping, on-site setup, and ongoing support are included only when expressly itemized.
Pricing and service options
Tell us the applications, displays, storage, and budget. We’ll recommend the parts, assemble and test the system, and document the final build.
Custom quote
Workload planning, component compatibility engineering, part-by-part assembly, configuration, burn-in testing, documentation, and handoff priced from the accepted build scope.
Current supplier cost, scope, quantities, licenses, taxes, and delivery terms are confirmed before approval.
Plan my custom build
Tell us what the workstation needs to do, your parts preferences, and how much assembly and setup you want handled. Parts, assembly, testing, and handoff stay separate so the recommendation is easy to review.
Answer three quick questions. Nothing is added until you choose.
Plan my custom build
Tell us what the workstation needs to do, your parts preferences, and how much assembly and setup you want handled. Parts, assembly, testing, and handoff stay separate so the recommendation is easy to review.
Answer three quick questions. Nothing is added until you choose.
Quick fit guide
0 of 2 answered
2 quick questions to point you to the right option.
Choose the outcome or need first to receive a recommendation.
Choose the first planning step above. The recommendation and pricing explanation will update here—nothing is added to your estimate automatically.
Define the workload
We document the applications, performance priorities, workspace, displays, storage, cooling, appearance, budget, and upgrade path before recommending parts.
Approve every part
You review the exact component list, compatibility notes, supplier availability, labor, pass-through costs, warranty owners, assumptions, and exclusions before anything is ordered.
Build and validate
The system is assembled, updated, configured, cable-managed, and tested under load. Custom loops receive documented pressure or leak testing before final validation.
Set up and hand off
We finish the approved operating-system, driver, application, display, peripheral, and desk setup, then deliver the configuration and acceptance record.
See relevant work before you decide
Review case studies and delivery examples related to Custom Desktop Builds & Setup.
See delivery evidenceStill weighing a detail?
Ask a specific question without losing the service, pricing, or recommendation context you selected above.
No. The build is quoted against the exact approved configuration. CORE planning, assembly, setup, and validation are separated from components, freight, taxes, licenses, specialty cooling, and supplier charges.
Step 03Hard-line runs are measured, cut, and aligned part by part.
Step 04The cooling loop is tested before coolant and final power-up.
Step 03Hard-line runs are measured, cut, and aligned part by part.
Step 04The cooling loop is tested before coolant and final power-up.