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AllDesignWeeks

Global Design Event Directory

AllDesignWeeks is a free directory built and maintained by Formeta Design to help people discover design weeks, festivals and design-focused events. It brings information that is spread across event websites into a map and searchable list.

The platform connects event location, dates, status and official links. Map and list views support different ways of browsing, while filters help visitors narrow the calendar by discipline, year and event status.

The product also includes an editorial process. Listings are reviewed against public information, and the directory is updated as dates change or events become inactive. This makes content maintenance part of the platform design, alongside the interface.

For Formeta, AllDesignWeeks is a digital product built around a specific information problem. It combines a discovery experience with the operational work needed to maintain an international event resource.

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Designlogger

Design Project Management Platform

Formeta Design’s own digital product

Designlogger is a web platform built by Formeta Design to organise design projects around phases, decisions and shared references. The product grew from the studio’s need to keep project history understandable as work moved between teams, tools and clients.

Project Phases, Decisions and References

Formeta developed the product strategy, experience and interface around three linked elements: a phase timeline, a design log and a client view. Teams record decisions and iterations in context, while clients see the milestones and deliverables shared with them.

The platform stores links to assets in existing tools rather than requiring a file migration. This approach makes the project record a layer around the studio’s workflow, with a visual dashboard for navigating multiple projects.

Developed Through Studio Use

Designlogger continues to develop through internal use and beta testing. The product architecture separates the experience of the design team from the milestones and deliverables shared with clients.

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Explore Digital Systems

Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design Cover

VENCE

5-Axis Dental Milling Machine Design

VENCE is a five-axis dental milling system developed for Tolard Technology. Formeta Design’s industrial design work focused on the enclosure, operator interaction and access within a dental laboratory setting.

Innobox

VENCE Mobile Innobox v2

Client

tolard

Year

Year-2026

Design Approach

Controlled proportions and geometric surfaces give the machine an organised appearance. Transparent areas provide a view into the milling space, while service zones and access points are incorporated into the exterior architecture.

The design brings those requirements together within a compact form. The case study focuses on how industrial design supports use and maintenance around the machine, rather than claiming improvements in milling accuracy.

View in 360°

Proof of Design

Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design
Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design

Our Design in Real Life

Vence - 5-Axis Dental Milling System for Tolard Technology by Formeta Design

VENCE showcased at IDEX Istanbul 2026, highlighting Tolard Technology’s next-generation dental milling solution in a custom exhibition environment.

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SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn

SOFTON

AC EV Charging Station Design

This AC charging station was developed with Şarjon for electric vehicle charging in residential, urban and commercial settings. Formeta Design explored a soft, rounded enclosure with clear indicators and accessible socket placement.

Innobox

SOFTON Mobile Innobox

Client

sarjon

Year

Year-2024

Design Approach

The product range includes socketed and socketless options. In the wall-mounted version, the emergency button is integrated into the form without competing with the main charging interaction.

The design balances the station’s role as infrastructure with its presence on a building facade or in a shared space. Surface treatment and the arrangement of controls give the product a consistent identity across its variants.

View in 360°

Designing with Purpose

SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn
SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn
SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn
SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn
SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn

Captured at the Trade Show

SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn
SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn
SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn
SoftOn AC electric vehicle charging station designed by Formeta Design for SarjOn

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Inocharge electric vehicle charging station designed by Formeta Design for Inotel

INOCHARGE

AC EV Charging Station Industrial Design

INOCHARGE is an AC electric vehicle charging station developed with Inotel. Formeta Design contributed to early design development, component design, pre-production work and colour, material and finish selection.

Innobox

INOCHARGE Mobile Innobox

Client

inotel-1

Year

Year-2024

Design Approach

The charging socket is framed by a circular LED light, creating a clear focus for the main interaction. A raised upper section accommodates the control panel and indicators within the automotive-inspired form.

Socketed and socketless variants support different installation needs. The project connects those practical requirements with a product identity that can work across commercial, urban and residential environments.

View in 360°

Designing with Purpose

Inocharge electric vehicle charging station designed by Formeta Design for Inotel

Proof of Design

Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel

Usage Scenarios & Variations

Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel

Our Design in Real Life

Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel
Inocharge electric vehicle charging station designed by Formeta Design for Inotel

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S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench

S-PRO

Touchless Aircraft Seat Concept

S-PRO is an aircraft seat concept developed by Formeta Design in response to concerns about shared touchpoints, personal space and cabin comfort. Turkish Airlines supported the ideation and development stages.

Innobox

S-PRO Mobile Innobox

Client

formeta-vision

Year

Year-2021

Design Approach

The concept proposes control of seat movement, lighting and tray functions through a passenger’s own device. Physical seating and the digital interface were explored together, so the controls relate to the passenger’s position and journey.

The design also investigates an adjustable headrest, integrated sound, personal storage and materials selected with cleaning and weight in mind. These elements form a proposal for a future cabin experience, rather than a description of a certified seat in service.

View in 360°

Designing with Purpose

S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench

Modern Aesthetic and Functional Design

The concept explores cabin materials with cleaning and weight in mind.

S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench

Smart Headrest Features

An adjustable headrest, integrated sound and lighting are explored as parts of the passenger experience.

S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench

Tray Table and Screen Unit

Screen and tray proposals connect entertainment and seat controls within the concept.

S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench

Comfort Features

Seat movement is explored alongside passenger comfort and cabin space.

S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench

Personal Space Features

Storage and separation concepts investigate personal space within the cabin.

S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench

S-PRO Use Cases

Visualised passenger scenarios explore comfort, interaction and personal space.

S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench
S-PRO plane seat design by Formeta Design, three-seat no-touch economy bench

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Layered modular kitchen appliance system designed by Formeta Design

LAYERED

Angled Cooker Hood Design

LAYERED is an angled cooker hood designed for Ferre. Formeta Design used overlapping glass and stainless steel surfaces to create depth around the control area.

Innobox

LAYERED Mobile Innobox

Client

ferre

Year

Year-2022

Design Approach

The panel is positioned at the centre of the unit. Contrasting tones and the surrounding frame make it part of the overall composition, while the rear metal surface curves toward the user.

The design considers how a hood appears at eye level within a domestic space. Layering and reflected light shape the product’s presence without separating the controls from the exterior language.

View in 360°

Layered modular kitchen appliance system designed by Formeta Design
Layered modular kitchen appliance system designed by Formeta Design
Layered modular kitchen appliance system designed by Formeta Design

Color Alternatives

Layered modular kitchen appliance system designed by Formeta Design
Layered modular kitchen appliance system designed by Formeta Design
Layered modular kitchen appliance system designed by Formeta Design
Layered modular kitchen appliance system designed by Formeta Design
Layered modular kitchen appliance system designed by Formeta Design
Layered modular kitchen appliance system designed by Formeta Design

Our Designs in Real Life

Layered modular kitchen appliance system designed by Formeta Design

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GAP

Rustic Built-In Oven Design

GAP is a built-in oven developed with Ferre around the shape of the viewing opening. Formeta Design drew on architectural window and doorway references to develop a rustic product language.

Innobox

GAP Mobile Innobox

Client

ferre

Year

Year-2023

Design Approach

The opening is mirrored vertically and paired with an arched handle. The design therefore connects the oven’s visible interior, door geometry and the point where the user touches the appliance.

GAP belongs to a broader exploration of how historical form references can inform modern kitchen products. The result gives the oven a recognisable identity without relying only on colour or decorative trim.

Color Alternatives

Our Designs in Real Life

Captured at the Trade Show

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Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry

OGEE

Rustic Built-In Oven Design

OGEE is a built-in oven designed for Ferre with references to traditional architectural openings. Formeta Design used the ogee curve to shape the relationship between the door, viewing area and handle.

Innobox

OGEE Mobile Innobox

Client

ferre

Year

Year-2023

Design Approach

The proposal includes a two-part door and a second handle that can hold towels or oven mitts. These details bring practical interaction into the same design language as the curved opening.

The project explores a rustic direction within contemporary appliance design. Rather than applying surface decoration alone, the historical reference informs the product’s structure and the way it is used.

Designing with Purpose

Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry

Color Alternatives

Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry

Our Designs in Real Life

Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry
Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry

Captured at the Trade Show

Ferre Ogee built-in oven designed by Formeta Design with sculpted front geometry

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Color Alternatives

Touchscreen interface of SafeLock built-in oven designed by Formeta Design

SAFELOCK UX

Built-In Oven Touchscreen Interface Concept

SAFELOCK UX is the interface concept for the SAFELOCK built-in oven. Formeta Design organised the cooking controls around three core choices: temperature, timer and function.

Innobox

SAFELOCK UX Mobile Innobox

Client

formeta-vision

Year

Year-2021

Design Approach

The touchscreen approach replaces a cluster of physical controls with a defined sequence and clear on-screen indicators. Familiar mobile interaction patterns informed the direction, while the interface remains tied to the tasks of cooking.

The project explores how a smaller set of choices can organise an appliance experience. It sits alongside the physical oven concept as a study of the relationship between hardware and digital control.

Designing with Purpose

Touchscreen interface of SafeLock built-in oven designed by Formeta Design
Touchscreen interface of SafeLock built-in oven designed by Formeta Design
Touchscreen interface of SafeLock built-in oven designed by Formeta Design
Touchscreen interface of SafeLock built-in oven designed by Formeta Design
Touchscreen interface of SafeLock built-in oven designed by Formeta Design
SafeLock built-in oven concept designed by Formeta Design with child safety lock system
Touchscreen interface of SafeLock built-in oven designed by Formeta Design

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