Usage Advantages
– Better Color Retention
– Less Damage
– Faster Speed
GLOBAL INTELLECTUAL PROPERTY PROTECTED BY INNOVATION
Usage Advantages
– Better Color Retention
– Less Damage
– Faster Speed
Usage Advantages
– Better Color Retention
– Less Damage
– Faster Speed
GLOBAL INTELLECTUAL PROPERTY PROTECTED BY INNOVATION
-Sharp Tip with Cutting Edges on the Sides
-Preset Safe Depth for Increased Safety
-5μm Tip Diameter, 1/10 of Hair Strand Thickness
-D10 MOH – 2x Harder than Metal Needles
-Smoother, Finer Surface
-Surface May Have Burrs Due to Grinding Process
-No Depth-Limiting Base – Manual Control
-20-50μm Tip Diameter
-D4.5 MOH Hardness Steel– The Finer, The Softer
-Conical Tip with No Cutting Edges on the Sides
-Surface May Have Burrs Due to Grinding Process
-No Depth-Limiting Base – Manual Control
-20-50μm Tip Diameter
-D4.5 MOH Hardness Steel– The Finer, The Softer
-Conical Tip with No Cutting Edges on the Sides
-Sharp Tip with Cutting Edges on the Sides
-Preset Safe Depth for Increased Safety
-5μm Tip Diameter, 1/10 of Hair Strand Thickness
-D10 MOH – 2x Harder than Metal Needles
-Smoother, Finer Surface
-Surface May Have Burrs Due to Grinding Process
-No Depth-Limiting Base – Manual Control
-20-50μm Tip Diameter
-D4.5 MOH Hardness Steel– The Finer, The Softer
-Conical Tip with No Cutting Edges on the Sides
Structure & Performance
PRECISE
OPERATION
315μm – Preset Safe Depth
D10 MOH – Double Hardness
Ra < 60nm – Smoother Tip
5μm – Tip Diameter
Ideal color
– retention:
between dermis
& epidermis,
basement membrane.
Set needle tip
length ≈ 315μm.
Avoid over
– penetration
for precision.
Basal Layer
Basement Membrane
Ideal Color Retention Layer
Risk of Color Blurring Layer
Ideal color
– retention:
between dermis
& epidermis,
basement membrane.
Set needle tip
length ≈ 315μm.
Avoid over
– penetration
for precision.
Structure & Performance
Structure & Performance
315μm – Preset Safe Depth
D10 MOH – Double Hardness
Ra < 60nm – Smoother Tip
5μm – Tip Diameter
Basal Layer
Basement Membrane
Ideal Color Retention Layer
Risk of Color Blurring Layer
DDSPM NEEDLE MOVEMENT PATHWAY
ADVANCED PMU TECHNIQUES
Ultra-fine Matrix Strokes
(minimal trauma, clean healed result)
PERPENDICULAR AXIAL MOVEMENT
SINGLE CIRCULAR POINT
(minimal trauma, clean healed result)
Stratum
Corneum
Stratum
Granulosum
Stratum
Spinosum
Stratum
Papillary
Dermis
Stratum
Corneum
Stratum
Granulosum
Stratum
Spinosum
Stratum
Papillary
Dermis
GRADATED
OVERLAPPING CHAINS
(higher density, integrated shadow effect)
Gradated Shaded Strokes
(higher density, integrated shadow effect)
PERPENDICULAR PLANE MOVEMENT
MATERIAL
MATERIAL
STRUCTURE
PROCESS
MATERIAL
DEPTH
DDSPM
NON-METALLICTIP
TRADITIONAL
METALNEEDLE TIP
ROUNDED-
SIDENEEDLEDESIGN
ABRASIVE GRINDING
Potential Burrs & Rough Edges
FINE,SOFT METAL TIP
SUBJECTIVE
EXPERIENCE
Innovation vs. traditional metal needles
PHOTOLITHOGRAPHY
Burr-Free Precision
FINE, RIGID
TIP DESIGN
PRECISION
ENGINEERING
FACETEDSIDE-
EDGETIP
Ultra-fine Matrix Strokes
(minimal trauma, clean healed result)
PERPENDICULAR AXIAL MOVEMENT
SINGLE CIRCULAR POINT
(minimal trauma, clean healed result)
GRADATED
OVERLAPPING CHAINS
(higher density, integrated shadow effect)
Stratum
Corneum
Stratum
Granulosum
Stratum
Spinosum
Stratum
Papillary
Dermis
Stratum
Corneum
Stratum
Granulosum
Stratum
Spinosum
Stratum
Papillary
Dermis
PERPENDICULAR PLANE MOVEMENT
Gradated Shaded Strokes
(higher density, integrated shadow effect)
DDSPM NEEDLE MOVEMENT PATHWAY
ADVANCED PMU TECHNIQUES
STRUCTURE
PROCESS
MATERIAL
DEPTH
TRADITIONAL
METALNEEDLE TIP
ROUNDED-
SIDENEEDLEDESIGN
FINE,SOFT METAL TIP
SUBJECTIVE
EXPERIENCE
ABRASIVE GRINDING
Potential Burrs & Rough Edges
DDSPM
NON-METALLICTIP
FACETEDSIDE-
EDGETIP
PHOTOLITHOGRAPHY
Burr-Free Precision
FINE, RIGID
TIP DESIGN
PRECISION
ENGINEERING
DDSPM NEEDLE MOVEMENT PATHWAY
ADVANCED PMU TECHNIQUES
Ultra-fine Matrix Strokes
(minimal trauma, clean healed result)
PERPENDICULAR AXIAL MOVEMENT
SINGLE CIRCULAR POINT
(minimal trauma, clean healed result)
Stratum
Corneum
Stratum
Granulosum
Stratum
Spinosum
Stratum
Papillary
Dermis
Stratum
Corneum
Stratum
Granulosum
Stratum
Spinosum
Stratum
Papillary
Dermis
GRADATED
OVERLAPPING CHAINS
(higher density, integrated shadow effect)
Gradated Shaded Strokes
(higher density, integrated shadow effect)
PERPENDICULAR PLANE MOVEMENT
MATERIAL
MATERIAL
STRUCTURE
PROCESS
MATERIAL
DEPTH
DDSPM
NON-METALLICTIP
TRADITIONAL
METALNEEDLE TIP
ROUNDED-
SIDENEEDLEDESIGN
ABRASIVE GRINDING
Potential Burrs & Rough Edges
FINE,SOFT METAL TIP
SUBJECTIVE
EXPERIENCE
Innovation vs. traditional metal needles
PHOTOLITHOGRAPHY
Burr-Free Precision
FINE, RIGID
TIP DESIGN
PRECISION
ENGINEERING
FACETEDSIDE-
EDGETIP
Ultra-fine Matrix Strokes
(minimal trauma, clean healed result)
PERPENDICULAR AXIAL MOVEMENT
SINGLE CIRCULAR POINT
(minimal trauma, clean healed result)
GRADATED
OVERLAPPING CHAINS
(higher density, integrated shadow effect)
Stratum
Corneum
Stratum
Granulosum
Stratum
Spinosum
Stratum
Papillary
Dermis
Stratum
Corneum
Stratum
Granulosum
Stratum
Spinosum
Stratum
Papillary
Dermis
PERPENDICULAR PLANE MOVEMENT
Gradated Shaded Strokes
(higher density, integrated shadow effect)
DDSPM NEEDLE MOVEMENT PATHWAY
ADVANCED PMU TECHNIQUES
STRUCTURE
PROCESS
MATERIAL
DEPTH
TRADITIONAL
METALNEEDLE TIP
ROUNDED-
SIDENEEDLEDESIGN
FINE,SOFT METAL TIP
SUBJECTIVE
EXPERIENCE
ABRASIVE GRINDING
Potential Burrs & Rough Edges
DDSPM
NON-METALLICTIP
FACETEDSIDE-
EDGETIP
PHOTOLITHOGRAPHY
Burr-Free Precision
FINE, RIGID
TIP DESIGN
PRECISION
ENGINEERING
Better for Linework: Ideal for Hair Stroke Brows, Hairlines tattoo or Scalp Micropigmentation, and other procedures that require horizontal skin incision.
Better for Linework: Ideal for Hair Stroke Brows, Hairlines tattoo or Scalp Micropigmentation, and other procedures that require horizontal skin incision.
DDSPM: Let Beginners Touch the Sense of Masters
Making SPM/SMP More Like a Sketch with One-Stroke Coloring
Usage Advantages:
**Less Damage** – Less skin injury
**Faster Speed** – Quick procedure
**Long-Lasting Color** – Longer Color Retention
Structure & Performance:
**315μm** – Preset Safe Depth
**D10 MOH** – Double Hardness
**Ra < 60nm** – Smoother Tip
Non-metallic Needle for DDSPM, 1/10th the Skin DamageDDSPM Non-cylindrical Needle Supports One-Stroke ColoringWhen performing horizontal movements like drawing lines, the tip and side edgeswork simultaneously to pierce the skin, preventing any tearing or damage
Non-metallic Needle for DDSPM, 1/10th the Skin DamageDDSPM Non-cylindrical Needle Supports One-Stroke ColoringWhen performing horizontal movements like drawing lines, the tip and side edgeswork simultaneously to pierce the skin, preventing any tearing or damage
DDSPM vs. Metal Needle Comparison
| INDICATOR | TRADITIONAL METAL NEEDLE PMU | DDSPM |
|---|---|---|
| COLOR RETENTION | Prone to pigment migration, blurring, and discoloration | Designed for precise pigment placement and long-lasting color retention |
| PAIN & COMFORT | May cause greater discomfort and often involves topical anesthetics | Designed for a more comfortable procedure with reduced reliance on topical anesthetics |
| ANESTHETIC USE | Often requires repeated anesthetic application | Designed to reduce procedure interruptions associated with anesthetic application |
| TIP STRUCTURE | Conical tip with no defined side-edge cutting structure | Faceted side-edge tip with sharp cutting edges on the sides |
| DEPTH CONTROL | No depth-limiting base; penetration depth relies on manual control | 315 μm preset safe depth for more controlled penetration |
| TIP DIAMETER | Conventional metal needle tip ~15 um | DDSPM Non-Metallic Needle Tip ~0.1 um |
| SURFACE FINISH | Surface may have burrs due to the grinding process | Ra < 60 nm for a smoother tip surface |
| MATERIAL HARDNESS | D4.5 Moh hardness steel (original specification; verification required) | D10 MOH — double hardness (original specification; verification required) |
| SKIN IMPACT | Repeated passes and excessive penetration may increase tissue trauma | Designed to minimize unnecessary skin trauma through precise application |
| COLOR FIDELITY | Excessive penetration may compromise color clarity and consistency | Designed to support clear, vibrant, consistent color results |
| OPERATIONAL EFFICIENCY | Repeated passes and anesthetic application may extend procedure time | Designed to streamline application and reduce unnecessary repetition |
| ARTIST EXPERIENCE | Demands extensive practice to develop consistent hand control | Scientific Precision. Less Subjective Judgment. Less Wasted Practice. |
| MATERIAL | Conventional metallic needle construction | Non-metallic tip manufactured using photolithographic technology |
DDSPM vs. Metal Needle Comparison
| INDICATOR | TRADITIONAL METAL NEEDLE PMU | DDSPM |
|---|---|---|
| COLOR RETENTION | Prone to pigment migration, blurring, and discoloration | Designed for precise pigment placement and long-lasting color retention |
| PAIN & COMFORT | May cause greater discomfort and often involves topical anesthetics | Designed for a more comfortable procedure with reduced reliance on topical anesthetics |
| ANESTHETIC USE | Often requires repeated anesthetic application | Designed to reduce procedure interruptions associated with anesthetic application |
| TIP STRUCTURE | Conical tip with no defined side-edge cutting structure | Faceted side-edge tip with sharp cutting edges on the sides |
| DEPTH CONTROL | No depth-limiting base; penetration depth relies on manual control | 315 μm preset safe depth for more controlled penetration |
| TIP DIAMETER | Conventional metal needle tip ~15 um | DDSPM Non-Metallic Needle Tip ~0.1 um |
| SURFACE FINISH | Surface may have burrs due to the grinding process | Ra < 60 nm for a smoother tip surface |
| MATERIAL HARDNESS | D4.5 Moh hardness steel (original specification; verification required) | D10 MOH — double hardness (original specification; verification required) |
| SKIN IMPACT | Repeated passes and excessive penetration may increase tissue trauma | Designed to minimize unnecessary skin trauma through precise application |
| COLOR FIDELITY | Excessive penetration may compromise color clarity and consistency | Designed to support clear, vibrant, consistent color results |
| OPERATIONAL EFFICIENCY | Repeated passes and anesthetic application may extend procedure time | Designed to streamline application and reduce unnecessary repetition |
| ARTIST EXPERIENCE | Demands extensive practice to develop consistent hand control | Scientific Precision. Less Subjective Judgment. Less Wasted Practice. |
| MATERIAL | Conventional metallic needle construction | Non-metallic tip manufactured using photolithographic technology |
5×Simulation Training Cartridge
1 Operating Pen
1 TYPE-C data cable
1 RCA data cable
1 charger
1 DDSPM Coloring Kit Package
1 Microfluidic Control Panel
20×Diamond-Tipped
Makeup Cartridge
5×Simulation Training Cartridge
1 Operating Pen
1 charger
1 TYPE-C data cable
1 DDSPM Coloring Kit Package
1 Microfluidic Control Panel
1 RCA data cable
-
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