Transmit force, torque or position
Winches, rotation mechanisms, mechanical assemblies and custom drive solutions.
Product families →NPK MK · Tomsk, Russia · International
Engineering. Manufacturing. Integration. One accountable project scope.
From mechanics and in-house manufacturing to mobile systems, industrial equipment, electronic components and GPU/AI/HPC infrastructure — configured around the customer’s technical requirements rather than a fixed product list.
International engineering partnerNPKMKengineering · technology · result
Mechanics & manufacturingparts · assemblies · QA
Electronicscomponents · modules · substitution
Mobile & industrial systemsplatforms · field deployment
GPU / AI / HPCcompute · network · storage
Start with the functionRequirements, operating environment and interfaces come before the product name.
One project configurationMechanics, electronics and computing are aligned within a controlled system architecture.
Commitment after applicability checkPerformance, origin, documentation, price and delivery are fixed for the specific configuration.
Scalable scopeFrom a single part or component to an integrated mobile or computing system.
Start from the required outcome
What can the project deliver?
The international entry is organized by customer task. A project may use one competency or combine several into a single accountable scope.
Deploy a function outside fixed infrastructure
Mobile command, communications, mast and special-purpose platform concepts.
Mobile systems →Combine several operations in one platform
Special machinery, work equipment, hydraulics and configurable operating modes.
Industrial platform →Build electronics and compute around the workload
Components, functional substitution, modules and GPU/AI/HPC infrastructure.
Electronics →Deliver a coordinated system
Architecture, manufacturing, sourcing, integration, acceptance and project documentation.
Discuss a system →Engineering core
Four competence layers. One configuration.
The scope is assembled around the project rather than forcing the project into one product category.
01
Engineering & manufacturing
Design, DFM, machining, assemblies, production routing and quality control within the defined project scope.
02
Mobile & industrial systems
Base platform, power, climate, communications, computing, workstations and target equipment as one configuration.
03
Electronics & components
Exact parts, approved analogues, functional substitution, modules and engineering support for component changes.
04
GPU / AI / HPC infrastructure
Workload profiling, platform sizing, accelerators, fabric, storage, power, cooling and deployment architecture.
Controlled project flow
From brief to accepted system
The exact deliverables depend on the contract, but the decision logic remains consistent: requirements first, configuration second, commitment after technical applicability is checked.
Requirements
Function, interfaces, environment, constraints, existing equipment and required result.
Architecture
Concept, composition, subsystem boundaries, mechanical and information interfaces.
Engineering
Design, calculations, DFM, component selection and project configuration.
Manufacturing & sourcing
Parts, assemblies, components, external cooperation and controlled substitutions.
Integration & verification
Assembly, configuration, interfaces, checks and agreed acceptance procedure.
Delivery & support
Project documentation, handover and support scope as fixed in the offer and contract.
One responsible project scopeRoles and boundaries are fixed before execution.
Configuration managementChanges in parts, interfaces and composition are traceable within the project.
Documentation by applicabilityThe required set is defined for the specific delivery rather than implied universally.
Commercial clarity
What is defined before commitment
For international projects we avoid turning general catalog information into an unconditional commercial promise. The offer is issued after the relevant engineering and supply conditions have been checked.
Technical applicability
Target performance, environment, duty cycle, interfaces and compatibility with the customer’s system.
Exact configuration and substitutions
Specific components, OEM platforms, analogues and allowed substitutions are documented for the project.
Origin and supporting documents
Available origin, quality and supporting documentation is confirmed for the selected supply channel and item.
Delivery scope, price and schedule
Commercial terms are fixed only after the technical scope, quantity, logistics and acceptance requirements are known.
Project documentation and acceptance
The required set of specifications, drawings, manuals, protocols and acceptance records is agreed for the delivery.
International edition
NPK MK International Catalog
The English catalog provides a compact technical overview of the company’s engineering, manufacturing, mechanics, mobile systems, electronics and computing directions. It is an entry point for discussion, not a substitute for the project specification or commercial offer.
Open English catalogStart a project discussion
Send the function, constraints and what must remain unchanged.
A perfect specification is not required for the first contact. We can start with the required function, operating environment, interfaces, approximate quantities, target geography and the equipment or components already selected.
Useful first-contact inputs
- Required function and operating scenario
- Key dimensions, loads, power or compute requirements
- Interfaces and existing system boundaries
- Target quantity and project stage
- Drawings, BOM, photos or reference equipment if available