Shop
Showing 17–32 of 33 results
Sort:
SAMCHULLY Quick Jaw Change Chuck Jaws (HARD)
SAMCHULLY Quick Jaw Change Chuck Hard Jaws are precision-machined base jaws designed for use with QJC (Quick Jaw Change) chuck systems. They provide a rigid and durable clamping solution for high-force machining, ensuring stable workholding without deformation during heavy cutting operations. Ideal for long production runs where repeatability, strength, and reliability are critical.
SAMCHULLY Quick Jaw Change Chuck Jaws (SOFT}
SAMCHULLY Quick Jaw Change Chuck Soft Jaws are precision top jaws designed for use with SAMCHULLY QJC quick-change chuck systems. They allow fast jaw replacement and can be machined to fit specific workpieces, ensuring high gripping accuracy and stable clamping in both small and large batch production. Ideal for reducing setup time while maintaining repeatable precision in CNC turning operations.
SAMCHULLY SOFT JAWS
SAMCHULLY Soft Jaws are precision-machinable top jaws designed for CNC lathe chucks, providing secure and accurate workpiece clamping. Made from high-quality steel, they can be bored and customized to match specific part dimensions, reducing runout and improving machining stability. Ideal for repetitive production, custom gripping, and delicate components.
SCS 6-Jaw Scroll Chuck
Application
Rigid 6-jaw scroll chuck with hard jaws
Technical features
Minimizes deformation
SD Mega-Bore Short body Open-Center Hydraulic Cylinder
Application
Large bore work in machines with limited clearance
Technical features
Low drain rate reduces heat generation
SD-E Mega-Bore Short body Open-Center Hydraulic Cylinder (Europe type)
Application
On lathes requiring a large bore and an ultra compact body
for clearance
Mounting dimensions are ideal for European machine and
mounting standards
Technical features
The low drain rate reduces the heat generated by the
hydrualic unit
SD-S Mega-Bore Short Body Open-Center Hydraulic Cylinder (Seal Type)
Application
Low drain, Ultra slim open-center cylinder
Technical features
Low drain minimizes heat generation
Sealed for use in subspindles when drain nipple does not face 6
o’clock position
Compact design ideal for machines with minimal clearance
SDL Mega-Bore Short body Open-Center Hydraulic Cylinder (Long-Stroke)
Application
Large bore work in machines with limited clearance
Technical features
Low drain rate reduces heat generation
SF 4-Jaw Scroll Chuck
Application
4-Jaw Scroll chuck
Technical features
Suitable for clamping square part
SH Standard Mega-Bore Short-Body Open-Center Hydraulic Cylinder
Application
A high speed, open-center cylinder with a larger bore and
lighter than the standard SYH
Technical features
Built-in lock valve to maintain thrust in case of power failure
or sudden pressure drop
Built-in relief valve prevents overpressure and cylinder
damage
SHL Mega-Bore Short-Body Long-Stroke Open-Center Hydraulic Cylinder
Application
A high speed, open-center cylinder with a larger bore and
lighter than the standard SYH (Long Stroke)
Technical features
Built-in lock valve to maintain thrust in case of power failure
or sudden pressure drop
Built-in relief valve prevents overpressure and cylinder
damage
ST 2-Jaw Scroll Chuck (Soft top Jaws)
Application
Front mounting scroll chuck with two-piece jaws
Technical features
Suitable for clamping valves, pipe fittings and irregular parts
STA Self-Centering Steady Rest
Application
on Lathes needing support for long bar and pipe
Technical features
The arms and center rollers are interconnected and designed to self-adjust
to various size workpieces The mechanical design improves durability by eliminating
the need for springs
STAB Side Mounted Cylinder Steady Rest
Application
Compact steady rest fits in machines with minimal clearance
Technical features
Large centering ranges in relation to size
STRA Wide-Opening Self-Centering Steady Rest
Application
on Lathes needing support for long bar and pipe for vertical loading
Technical features
The arms and center rollers are interconnected and designed to self-adjust
to various size workpieces. The mechanical design improves durability by eliminating
the need for springs Wide arm opening allows vertical loading and automation
