DS-7 Powermatic 80

Unisex watch ∙ Automatic ∙ PVD coating ∙ 316L stainless steel

Reference: C043.407.33.361.00
Unisex watch ∙ Automatic ∙ PVD coating ∙ 316L stainless steel - #0
EUR 950.-
?
Recommended retail price (VAT included)
Buy online
Reserve in boutique
Unisex watch ∙ Automatic ∙ PVD coating ∙ 316L stainless steel - #0
DS-7 Powermatic 80
Unisex watch ∙ Automatic ∙ PVD coating ∙ 316L stainless steel
Buy online
Reserve in boutique
With hours, minutes, seconds and a date display, this new mechanical model appears in a 39 mm case. Inside is a Powermatic 80 movement with antimagnetic NivachronTM hairspring, easily admired through the sapphire crystal case back. On the front, coloured dials add a fresh look. Striking indexes and hands provide clarity, assured even in the dark thanks to comprehensive coating with Super-LumiNova®. An entirely new design for the bracelet has it appear to flow directly into the case, highlighting the style and high-end quality of the watch.
DS-7 Powermatic 80

Variants

Technical specifications

Reference
C043.407.33.361.00
Warranty
2-year warranty
Weight net
140.00g
Material
Super-LumiNova
SLN is the acronym for Super-LumiNova®, a phosphorescent luminescent material. The BG W9 type of SLN, used by Certina, emits the stored light in the form of a bluish glow in the dark. SLN poses no risk to health and is used to coat hands, indices and bezels. Its brightness decreases in the dark after some time, but it is automatically recharged when light strikes it.
Type
Automatic
Model
POWERMATIC 80.611
Features
Automatic
80-hr power reserve
The power reserve provides you with information about how long a mechanical timepiece can run for without being wound. Most timepieces have a power reserve of around 38 to 42 hours. Certina's innovative Powermatic 80 automatic calibre offers a power reserve of up to 80 hours - almost double as long as comparable models.
Nivachron
An innovative new titanium-based alloy that is used for balance springs. This revolutionary material was developed in collaboration with the Swatch Group and is used in selected brands. Nivachron springs are highly resistant to magnetic fields, shock, ageing and temperature fluctuations, lending them extremely high mechanical precision and making them remarkably reliable in everyday use.
ETA
Swiss Made
Material
Quick-release system
Various Certina models are fitted with a sophisticated quick-change mechanism that enables the wearer to remove the strap easily and swap it for another one. The spring pins in these straps have minute levers that can be pushed down and unlocked with ease.
PVD coating
PVD is the abbreviation for physical vapour deposition and refers to an extremely modern coating method by means of which a material, for instance gold, can be transferred to your choice of steel or titanium workpiece in vapour form. The result is as fine as it is durable: PVD is resistant, corrosion-resistant and very hard.
316L stainless steel
The 316L stainless steel, which Certina uses for cases, bracelets and clasps for instance, is extremely resistant, corrosion-resistant and hygienic. It contains only a very small proportion of nickel, which is not emitted when worn and therefore does not trigger any nickel allergies.
Buckle material
PVD coating
PVD is the abbreviation for physical vapour deposition and refers to an extremely modern coating method by means of which a material, for instance gold, can be transferred to your choice of steel or titanium workpiece in vapour form. The result is as fine as it is durable: PVD is resistant, corrosion-resistant and very hard.
316L stainless steel
The 316L stainless steel, which Certina uses for cases, bracelets and clasps for instance, is extremely resistant, corrosion-resistant and hygienic. It contains only a very small proportion of nickel, which is not emitted when worn and therefore does not trigger any nickel allergies.
Reference
C043.407.33.361.00
Warranty
2-year warranty
Weight net
140.00g
Case material
PVD coating
PVD is the abbreviation for physical vapour deposition and refers to an extremely modern coating method by means of which a material, for instance gold, can be transferred to your choice of steel or titanium workpiece in vapour form. The result is as fine as it is durable: PVD is resistant, corrosion-resistant and very hard.
316L stainless steel
The 316L stainless steel, which Certina uses for cases, bracelets and clasps for instance, is extremely resistant, corrosion-resistant and hygienic. It contains only a very small proportion of nickel, which is not emitted when worn and therefore does not trigger any nickel allergies.
Bezel material
PVD coating
PVD is the abbreviation for physical vapour deposition and refers to an extremely modern coating method by means of which a material, for instance gold, can be transferred to your choice of steel or titanium workpiece in vapour form. The result is as fine as it is durable: PVD is resistant, corrosion-resistant and very hard.
316L stainless steel
The 316L stainless steel, which Certina uses for cases, bracelets and clasps for instance, is extremely resistant, corrosion-resistant and hygienic. It contains only a very small proportion of nickel, which is not emitted when worn and therefore does not trigger any nickel allergies.
Glass
Antireflection treatment on one side
It is possible to enhance the quality of a sapphire crystal to an even greater extent by providing it with an anti-reflective coating on one or both sides. The Certina brand is becoming increasingly focussed on equipping its timepieces with an extremely high-quality anti-reflective coating on both sides, whereby several layers of this coating on both sides of the crystal ensure that it is possible to see through the timepieces in an optimum manner.
Sapphire crystal
Sapphire watch crystal is made of aluminium oxide power (Al2O3) heated to over 2000 °C. The resultant sapphire nugget is cut with great precision into fine slices, trimmed and polished. Sapphire is extremely scratch-resistant, shock-resistant and is very transparent. This is why sapphire crystal is an essential element in the DS Concept and is therefore used by Certina in all of its models to protect the dials.
Water resistance
Up to a pressure of 10 bar (100 m)
This information about the water resistance states the specified overpressure and diving depth to which a watch can be subjected and still remain in working order. As a general rule, we do not recommend wearing watches that are water-resistant to less than 10 bar (100 m) when swimming or diving. All Certina timepieces can withstand a pressure of at least 10 bar (100 m) stand - some of our watches can even withstand considerably higher pressures!
Diameter
39.00mm
Height
9.94mm
Between lugs
10.00mm
Material
Super-LumiNova
SLN is the acronym for Super-LumiNova®, a phosphorescent luminescent material. The BG W9 type of SLN, used by Certina, emits the stored light in the form of a bluish glow in the dark. SLN poses no risk to health and is used to coat hands, indices and bezels. Its brightness decreases in the dark after some time, but it is automatically recharged when light strikes it.
Type
Automatic
Model
POWERMATIC 80.611
Features
Automatic
80-hr power reserve
The power reserve provides you with information about how long a mechanical timepiece can run for without being wound. Most timepieces have a power reserve of around 38 to 42 hours. Certina's innovative Powermatic 80 automatic calibre offers a power reserve of up to 80 hours - almost double as long as comparable models.
Nivachron
An innovative new titanium-based alloy that is used for balance springs. This revolutionary material was developed in collaboration with the Swatch Group and is used in selected brands. Nivachron springs are highly resistant to magnetic fields, shock, ageing and temperature fluctuations, lending them extremely high mechanical precision and making them remarkably reliable in everyday use.
ETA
Swiss Made
Material
Quick-release system
Various Certina models are fitted with a sophisticated quick-change mechanism that enables the wearer to remove the strap easily and swap it for another one. The spring pins in these straps have minute levers that can be pushed down and unlocked with ease.
PVD coating
PVD is the abbreviation for physical vapour deposition and refers to an extremely modern coating method by means of which a material, for instance gold, can be transferred to your choice of steel or titanium workpiece in vapour form. The result is as fine as it is durable: PVD is resistant, corrosion-resistant and very hard.
316L stainless steel
The 316L stainless steel, which Certina uses for cases, bracelets and clasps for instance, is extremely resistant, corrosion-resistant and hygienic. It contains only a very small proportion of nickel, which is not emitted when worn and therefore does not trigger any nickel allergies.
Buckle material
PVD coating
PVD is the abbreviation for physical vapour deposition and refers to an extremely modern coating method by means of which a material, for instance gold, can be transferred to your choice of steel or titanium workpiece in vapour form. The result is as fine as it is durable: PVD is resistant, corrosion-resistant and very hard.
316L stainless steel
The 316L stainless steel, which Certina uses for cases, bracelets and clasps for instance, is extremely resistant, corrosion-resistant and hygienic. It contains only a very small proportion of nickel, which is not emitted when worn and therefore does not trigger any nickel allergies.
Product sheet
DanskDeutschEestiEnglishEspañolFrançaisItalianoMagyarNederlandsNorsk, nynorskPolskiPortuguês, PortugalSlovenčinaSuomiSvenskaTürkçeČeštinaΕλληνικάРусскийעבריתالعربيةفارسی日本語简体中文繁體中文한국어

Materials

Stainless steel

The 316L stainless steel which Certina uses for cases, bracelets and clasps, for instance, is extremely resistant, corrosion-resistant and hypoallergenic. It contains only a very small proportion of nickel, which is not released when worn and therefore does not trigger any nickel allergies.

stainless steel

PVD

PVD is the abbreviation for physical vapour deposition and refers to a modern coating method through which a material, for instance gold, can be transferred in a vaporised form, to a steel or titanium substrate. The result is as fine as it is durable. PVD is resistant, corrosion-resistant and very hard.

PVD

Super-LumiNova®

Super-LumiNova® (SLN) is a luminescent material with phosphorescent properties. In the dark, the SLN type BG W9 used by Certina emits the light stored as a blue shimmer. SLN does not damage your health in any way and is used in coatings on hands, indices and bezels. It progressively loses its phosphorescence in darkness, but automatically regains it under light.

super-luminova

Sapphire crystal

Sapphire watch crystal is made of aluminium oxide power (Al2O3) heated to over 2000°C. The resultant sapphire nugget is cut with great precision into fine slices, trimmed and polished. Sapphire is extremely scratch-resistant, shock-resistant and is very transparent. This is why sapphire crystal is an essential element in the DS Concept and is used by Certina in all of its models to protect the dials.

sapphire crystal

Stainless steel

The 316L stainless steel which Certina uses for cases, bracelets and clasps, for instance, is extremely resistant, corrosion-resistant and hypoallergenic. It contains only a very small proportion of nickel, which is not released when worn and therefore does not trigger any nickel allergies.

stainless steel

PVD

PVD is the abbreviation for physical vapour deposition and refers to a modern coating method through which a material, for instance gold, can be transferred in a vaporised form, to a steel or titanium substrate. The result is as fine as it is durable. PVD is resistant, corrosion-resistant and very hard.

PVD

Super-LumiNova®

Super-LumiNova® (SLN) is a luminescent material with phosphorescent properties. In the dark, the SLN type BG W9 used by Certina emits the light stored as a blue shimmer. SLN does not damage your health in any way and is used in coatings on hands, indices and bezels. It progressively loses its phosphorescence in darkness, but automatically regains it under light.

super-luminova

Sapphire crystal

Sapphire watch crystal is made of aluminium oxide power (Al2O3) heated to over 2000°C. The resultant sapphire nugget is cut with great precision into fine slices, trimmed and polished. Sapphire is extremely scratch-resistant, shock-resistant and is very transparent. This is why sapphire crystal is an essential element in the DS Concept and is used by Certina in all of its models to protect the dials.

sapphire crystal