SUPERTECH Threaded Solid Center / Dead Center

Price range: 12 $ through 195 $

Product Overview & Key Characteristics

  • Material Composition: Manufactured from premium high-carbon alloy tool steel to ensure structural integrity under demanding production conditions.
  • Geometric Precision: Engineered to maximize surface area contact, delivering superior roundness and finish consistency during turning and grinding cycles.
  • Material Hardness: Heat-treated up to 60 HRC (Rockwell C Scale) across critical wear zones, offering advanced defense against premature breakdown.
  • Concentricity Accuracy: Meticulously ground tolerances guaranteeing concentricity deviation remains within 0.005mm T.I.R. (Total Indicator Reading).

Description

SUPERTECH PREMIUM MACHINING COMPONENTS

Technical Specification Data Sheet — Solid Dead Centers

 

Product Overview & Key Characteristics

  • Material Composition: Manufactured from premium high-carbon alloy tool steel to ensure structural integrity under demanding production conditions.
  • Geometric Precision: Engineered to maximize surface area contact, delivering superior roundness and finish consistency during turning and grinding cycles.
  • Material Hardness: Heat-treated up to 60 HRC (Rockwell C Scale) across critical wear zones, offering advanced defense against premature breakdown.
  • Concentricity Accuracy: Meticulously ground tolerances guaranteeing concentricity deviation remains within 0.005mm T.I.R. (Total Indicator Reading).

Dimensional Specification Table

Model No.
(Morse Taper)
D
(Gauge Dia. mm)
A
(Point Lgth. mm)
C
(Body Lgth. mm)
L
(Total Lgth. mm)
 

(θ)Angle

 

STDC2 (MT2) 19 31 69 100 60°
STDC3 (MT3) 25 39 86 125 60°
STDC4 (MT4) 32 47 108 155 60°
STDC5 (MT5) 46 64 136 200 60°
STDC6 (MT6) 64 84 186 270 60°

 

Schematic Diagram & Dimensional Reference Nomenclature

Use the standard industrial descriptions below to reference parameters mapped in the component drawing:

  • D (Gauge Diameter): Mapped to the maximum outer diameter profile parameter cross-section of the taper body at the defined gauge boundary line.
  • A (Point Length): Represents the operational geometric projection extending outward from the taper’s gauge boundary to the vertex point.
  • C (Body Length): Details the entire insertion profile depth dimension of the solid Morse Taper shank body.
  • L (Overall Length): Reflects the exact global engineering end-to-end master length calculation value (Formula: L = A + C).
  • Angle (θ – Theta): Indicates the global standard 60-degree precision ground workpiece mating center point geometry angle.

 

 

Threaded Dead Center Dimensional Matrix

Model No. D

(Gauge Dia. mm)

A

(Point Lgth. mm)

C

(Body Lgth.mm)

L

(Total Lgth.mm)

(θ)

Angle 

M

(Thread Spec)

STDCT2 (MT2) 18 48 69 117 60° M 22×1.5
STDCT3 (MT3) 24.1 57 86 143 60° M 27×1.5
STDCT4 (MT4) 31.6 72 108 180 60° M 36×1.5
STDCT5 (MT5) 44.7 87 136 223 60° M 48×1.5
STDCT6 (MT6) 63.8 108 186 294 60° M 68×1.5

 

Engineering Blueprint Nomenclature Map

D : Gauge Diameter — The maximum outer diameter of the taper body ground at the primary gauge reference line.

A : Point Length — The protruding extension length running from the main gauge line line out to the sharp tip of the center.

C : Body Length — The total standard length of the structural tapered shank matching machine spindle configurations.

L : Overall Length — The total end-to-end dimension of the threaded dead center layout framework (A + C).

θ : Included Angle — The standard ground 60-degree point cone profile matching standardized workpieces.

M : Thread Specification — Precision metric coarse/fine thread sizing configuration for custom extraction mechanics.

 

 

Additional information

Weight N/A
Dimensions N/A
Morse Taper Size

MT2, MT3, MT4, MT5, MT6

Threaded With Draw Off Nut

Yes, No

Technical Specification Data Sheet

SUPERTECH PREMIUM MACHINING COMPONENTS
Technical Specification Data Sheet — Solid Dead Centers

1. Product Overview & Key Characteristics
• Material Composition: Manufactured from premium high-carbon alloy tool steel to ensure structural integrity under demanding production conditions.
• Geometric Precision: Engineered to maximize surface area contact, delivering superior roundness and finish consistency during turning and grinding cycles.
• Material Hardness: Heat-treated up to 60 HRC (Rockwell C Scale) across critical wear zones, offering advanced defense against premature breakdown.
• Concentricity Accuracy: Meticulously ground tolerances guaranteeing concentricity deviation remains within 0.005mm T.I.R. (Total Indicator Reading).

2. Dimensional Specification Table
Model No.
(Morse Taper) D
(Gauge Dia. mm) A
(Point Lgth. mm) C
(Body Lgth. mm) L
(Total Lgth. mm) Angle
(θ)
STDC2 (MT2) 19 31 69 100 60°
STDC3 (MT3) 25 39 86 125 60°
STDC4 (MT4) 32 47 108 155 60°
STDC5 (MT5) 46 64 136 200 60°
STDC6 (MT6) 64 84 186 270 60°

3. Schematic Diagram & Dimensional Reference Nomenclature
Use the standard industrial descriptions below to reference parameters mapped in the component drawing:
• D (Gauge Diameter): Mapped to the maximum outer diameter profile parameter cross-section of the taper body at the defined gauge boundary line.
• A (Point Length): Represents the operational geometric projection extending outward from the taper's gauge boundary to the vertex point.
• C (Body Length): Details the entire insertion profile depth dimension of the solid Morse Taper shank body.
• L (Overall Length): Reflects the exact global engineering end-to-end master length calculation value (Formula: L = A + C).
• Angle (θ – Theta): Indicates the global standard 60-degree precision ground workpiece mating center point geometry angle.