Design Brief
Renato Ignitus is a dual-orientation carbon infrared heater conceived for modern architectural spaces, transitioning effortlessly between a slender vertical tower and an expansive horizontal format.
An aerospace-grade 6063-T6 aluminum extrusion spine, parabolic mirror reflector, and flush concealed dot-matrix LED display (P1–P6) unite instantaneous radiant warmth with 360° gyroscopic safety.
Making Of
From Concept to Reality • Design, 3D Modeling & Prototyping Stages
1. Sketches
Form, Proportion & Thermal Ideation – Carbon Radiant Placement
Architectural Proportions – Elevation Studies
Vertical Tower Geometry – Convective Spine – Minimalist Footprint
Longitudinal fins along the spine guide natural convective airflow to prevent excess heat buildup, balancing Renato's slender vertical silhouette with a solid structural base.
Chassis Extrusion
6063-T6 aerospace-grade monolithic anodized aluminum column spine.
Dual Deployment
Upright pedestal tower mode or horizontal wall mount via bundled brackets.
Architectural Scale
Minimal footprint engineered to complement high-ceiling and compact spaces.
Infrared Radiant Dynamics – Direct Thermal Absorption
Medium-Wave Carbon Radiation – Zero Convective Loss – Instantaneous Heat Transfer
Renato utilizes medium-wave infrared radiation to transfer warmth directly to objects and living tissue rather than ambient air. This directional radiant heat resists drafts, preserves natural humidity, and delivers instantaneous, deep thermal comfort.
Thermal Engineering – Radiant Core Detail
Longitudinal Heat Exchanger – Protective Grille Matrix – Carbon Filament
The fine wire grille shields the high-intensity glowing carbon core while projecting comforting radiant infrared energy forward.
Parabolic Reflector
98% thermal efficiency mirror-polished parabolic aluminum reflector.
Safety Grille
Electrostatic anodized high-temperature tactile protective front grille.
Smart Thermostat
Maintains desired ambient temperature without running constantly at max draw.
Interactive Interface – Mechanical Articulation
Concealed Dot-Matrix Feedback – Precision Knuckle Joint
Close-up perspectives highlighting the seamless transition between the capacitive touch display, the internal 90° rotational knuckle, and the heating chamber.
Control Interface
Flush capacitive touch array + multi-function wireless remote control.
Dot-Matrix Display
Concealed-until-lit amber LED matrix providing live P1 to P6 feedback.
90° Locking Joint
High-grade internal steel knuckle enabling seamless orientation transitions.
Thermal Safety
Dual thermal cutoff sensors and over-current protection circuitry.
Dynamic Perspectives – Extruded Form Factor
Slender Verticality – Carbon Radiant Core – Architectural Presence
Precision studio captures illustrating the pure vertical silhouette of the heater. The extruded matte aluminum column seamlessly integrates the luminous heating chamber with the lower digital interface.
Input Voltage
220–240 V AC / 50–60 Hz direct grounded electrical connection.
CE Compliance
LVD (Low Voltage Directive) and EMC tested for certified international safety.
Deployment Spaces
Residential (living, open-plan lofts), offices, boutiques, covered cafes.
Weighted Foundation – Precision Grooved Base
Low Center of Gravity – CNC Machined Micro-Grooves – 360° Stability
The low-center-of-gravity cast aluminum base with CNC micro-grooves ensures rock-solid stability. An internal gyroscopic tilt sensor cuts power instantly if tilted.
System Operating Metrics – Technical Parameters
6-Stage Power Modulation • Thermostat Regulation • Technical Parameters
Heat Power Stages & Dynamic Output Regulation
Select any stage below to inspect live display feedback, wattage, and consumption dynamics
Minimum (P1 • 1000 W)
Maximum (P6 • 2500 W)
Gentle seasonal heating & low energy footprint
Freezing winter conditions & 2500 W rapid shock heating
DIGITAL DISPLAY
P6
PEAK POWER DRAW
2500 W
MAX HOURLY CONSUMPTION
Max 2.5 kWh / hour
Sub-zero freezing weather, semi-open entryways, cafes, and rapid shock heating.
Thermostat: 2500 W full-capacity infrared output; thermostat prevents continuous unnecessary full draw.
Comprehensive Technical Specifications Matrix
Verified Technical Release Data • Hepsiburada • Koşar Grup
Heating Output
2500 W Peak
Emitter Element
Carbon Filament (Infrared)
Power Levels
6 Stages (P1 – P6)
Control Method
Remote Controller + Digital Panel
Deployment Modes
Upright Tower / Horizontal Wall
Articulation
90° Knuckle Pivot & Height Adjust
2. 3D Modeling Stage
Parametric Surface Modeling – Rhino CAD & Mechanical Assembly
Concept forms and mechanical details were modeled in parametric 3D CAD with precise tolerances.
3. 3D Printing & Prototyping
3D Printed Scale Mockups • Laser-Cut Aluminum • Workshop Assembly & Testing
Physical prototyping and workshop testing verified thermal endurance, assembly tolerances, and material fit—from laser-etched aluminum to medium-wave carbon elements.
CMF & Surface Architecture
Material Architecture • Mold Grain • VDI 3400 Surface Standards
Heat-resistant surface finishes and tactile textures were calibrated with micron precision through physical testing.
6063-T6 Black Anodized Aluminum
DF-03 Satin Blast • 15 µm Hard Anodized
Optical Mirror Reflector
99.8% High Purity • Specular Polish (Ra < 0.05 µm)
PA66-GF30 Polymer
Damla Pattern DD 05 • VDI 3400 Ra 2.60 µm
Smoked Optical Polycarbonate
Dead-Front Filter • Scratch-Resistant GlossCommercial Production – Official Store Listings
Multi-Store Live Showcase – Hepsiburada • Trendyol • Koşar Grup
Verified Customer Reviews
Trendyol • Live Customer Experience & Photo Reviews
Trendyol
2 / 3
Ürün tam fotoğrafta göründüğü gibi geldi. Isıtması gayet başarılı, 1. derecede gayet yeterli ısı veriyor, kışın kesinlikle üşümeyeceğiz bu soba sayesinde. Dikey tasarımı sayesinde de odada hiç yer kaplamıyor. Paketleme ve kargo da sorunsuzdu, kesinlikle tavsiye ederim. Eve de bir adet alacağım.
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Architectural Living & Spatial Integration
Warm Radiant Energy — Minimalist Silhouette — Modern Living Spaces
Concealed Dot-Matrix Interface
Integrated capacitive sensor array and tinted acrylic lens revealing power level indicators (P1 to P6) with feathered illumination.
Designer & Credits
Industrial Design: Mustafa Kemal Karakaya
Studio: Stakarts Design Studio
Contribution: Concept ideation, 3D CAD modeling (Rhino 3D), CMF development, KeyShot studio visualization
Studio: Stakarts Design Studio
Contribution: Concept ideation, 3D CAD modeling (Rhino 3D), CMF development, KeyShot studio visualization