Furniture tailored to your space
Tables, shelving, cabinets and storage systems shaped around their purpose, proportions and available space.
ND PRODUCT LAB / Bespoke design
Custom furniture and structure design
I design furniture and bespoke structures around your dimensions, space and needs. I help turn an idea into a considered form, a 3D model and a clear project presentation.
Discuss your projectWhat we can design
Bespoke structures
Stands, supports, display elements and other custom pieces when an off-the-shelf solution does not fit.
Design and visualization
Form exploration, material and finish options, a 3D model and images for discussion and approval.
Furniture with integrated features
Desks designed around your dimensions and needs
We design desks with everyday comfort in mind, not just shape and dimensions. For work, creative projects, workshops or a home office — with the features you need and no unnecessary details.
Made for your space
Custom dimensions, desktop shape, height and support placement.
Power within reach
Integrated USB-A and USB-C, power sockets and wireless charging with compatible modules.
Height adjustment
Lift mechanisms for seated and standing work, with conveniently positioned controls.
Concealed cables, accessible connections
Cable channels, outlets and power-supply mounts with maintenance access.
A place for everything
Drawers, pull-out shelves, lighting and mounts for your equipment.
Before production, we develop the model and drawings, component layout and mechanism movement. We check travel, clearances and cable slack during lifting so parts do not interfere.
Discuss my deskA space for your profession
Furniture for professionals and specialist workspaces
We design workspaces around your procedures, equipment and room dimensions, considering tool placement, storage, power connections and comfort for both professional and client.
Manicure tables
Integrated extraction, lighting, sockets and USB, supply drawers and practical lamp placement.
Barbers and hair stylists
Chairs based on existing lift and swivel mechanisms, stations with mirrors, tool holders and concealed equipment connections.
Makeup and brow artists
Tables with mirrors and lighting, adjustable seating, organizers and mobile cabinets.
Tattoo artists
Workstations, carts and adjustable supports designed for equipment access and convenient cleaning.
Jewelers and watchmakers
Precision-work benches with task lighting, optics mounts and small-parts storage.
Electronics technicians
Work surfaces organized for test equipment, tools, power supplies and extraction equipment.
More than furniture: a workspace shaped around your process. We agree heights, reach zones and materials, allow for cleaning and maintenance, prepare models and drawings, and check equipment layout and moving parts before production.
Design my workspaceAn engineering approach
Bespoke automation. From structure to control.
Furniture, mechanisms and equipment can work as one system, tailored to your space, routines and needs.
My specialty is Electric Power Stations, Networks and Systems. My engineering background connects structural design with electrical development: sensors, actuators, lighting, control and device coordination over Wi-Fi.
Automated gates
Drive control, position sensors, status monitoring and opening routines.
Desks with custom functions
Height adjustment, integrated power, controllable lighting and convenient controls.
Workshop automation
Extraction and lighting activation, temperature monitoring and sensor notifications.
Moving structures
Pull-out modules, lifting elements and concealed mechanisms with coordinated operating logic.
We start with the task, not a collection of electronics: what should happen automatically, what you want to control and what information you need. We select components and plan wiring, sensor placement and maintenance access, including manual control and behavior if communication or power is lost.
Structure, electrical systems and control logic are designed together for a cohesive, easy-to-use solution.
Discuss a bespoke solution01 / Model analysis
Thermal analysis: understanding heat distribution
For products with heat-generating components, form and heat dissipation go together. The heat-sink model connects fin geometry with temperature distribution to identify areas worth refining.
Heat-sink geometry
The fins and base form the heat-transfer surface. We start with the model geometry.
Temperature distribution
The color map shows warmer and cooler regions under the specified calculation conditions.
02 / Model analysis
Furniture: choosing materials and testing the model under load
The stool shows the path from material selection to a computer-based check. Beyond appearance, we examine how the seat, legs and connections work together. We define material properties, supports and loads, then examine model displacements.
Drawings and mechanism checks before production
We develop dimensioned drawings and details for the agreed manufacturing scope. For products with moving parts, we check travel, clearances, relative positions and possible collisions in the model. This helps detect errors before production, reduce the risk of defects and simplify assembly.
01 / Select the material
Assign a material to each component and consider its mechanical properties. Steel is selected for the model components shown here.
02 / Define the loading conditions
Define where the force acts and its direction. Loads, supports and intended use are agreed for the specific product.
03 / Examine the model response
Examine displacements in the seat and legs. Results help decide whether to revise sections, connections or material and repeat the calculation.
Lower risk of defects — fewer revisions after production. Material selection and load analysis help identify weak points in the model, reduce material waste and limit the cost of correcting manufactured parts.
03 / Model analysis
Sections and profiles: comparing design options
Frames, supports and load-bearing elements can use different profile shapes. Comparing them with comparable materials, loads and supports helps select a design for its purpose, not appearance alone.
Several profiles in one model
The equivalent-strain map helps reveal differences in how the profiles respond to loading.
The same calculation from another angle
An additional view reveals the strain distribution along the elements and near the supports.
04 / Model analysis
Brackets and ribs: attention to detail
Even a small support affects the assembly. The bracket example explores the load path, deflection and strain near reinforcing ribs to identify geometry that needs attention.
Apply the load
Select the loaded surface, force direction and magnitude in the calculation model.
Examine deflection
The side view shows bracket displacements and the location of the largest displacement.
Examine reinforced regions
The equivalent-strain map highlights regions near the ribs worth examining during refinement.
05 / Model analysis
Choose the analysis for your project
Different products call for different checks: static loading, heat, vibration or buckling. First, we define the question, available inputs and results needed for the next design step. The analysis scope is agreed separately.
From model to analysis type
The mesh divides the geometry into calculation elements. The analysis type follows operating conditions; not every project needs every check.
From idea to an approved design
- We discuss the purpose, dimensions, preferences and constraints.
- We develop the form, layout and material options.
- I create the 3D model and present it from clear viewpoints.
- We agree revisions and I deliver the materials in the formats defined at the start.
What I need to get started
Send a sketch or references, key dimensions, photos of the installation space and a description of how the item will be used. If you only have an idea, we can start with a conversation. Pricing and timing are agreed after reviewing the scope.
Are manufacturing and production drawings included?
We develop the design, 3D model and drawings. Material selection, analysis and mechanism-motion checks form part of the agreed project scope. Drawing detail, required calculations and delivery formats are defined before work starts. Manufacturing is discussed separately.
Personal review and estimate
Show us how your product is presented — we will suggest how to strengthen it
We will review your website and current materials, provide specific recommendations, propose solution options and calculate the cost.