CYMILL · Fork Milling Heads

P-Series – Orthogonal 2-Axis Milling Head

PDF Datasheet

The P-Series milling head from CYTEC Zylindertechnik is an orthogonal 2-axis milling head designed for high precision and flexibility in simultaneous 5-axis machining. It is particularly suited for horizontal machining centers combined with rotary table systems.

Compact dimensions, high torque, hydraulic clamping and a positioning accuracy of ±2″ make the P-Series the right choice for dynamic 5-axis machining in tight spaces.

1,130 Nm Max. Torque C-Axis
±2″ Position Accuracy
±360° C-Axis Swivel Range
2,500 Nm Hydraulic Clamping

Technical Data

CYTEC CYMILL P-Series orthogonal 2-axis fork milling head
P-Series milling head

C-Axis

Nom./max. torque605 / 1,130 Nm
Clamping torque2,500 Nm
Swivel range±360°
Position accuracy±2″

A-Axis

Nom./max. torque550 / 970 Nm
Clamping torque2,200 Nm
Swivel range±120°
Position accuracy±4″

General

TypeOrthogonal 2-axis fork head
Tool interfaceHSK-A63
Total weightapprox. 520 kg
Measuring systemabsolute
All technical data in the P-Series PDF datasheet

Compatible CYSPEED Motor Spindles

The P-Series is driven by CYSPEED motor spindles from the CYTEC modular kit. The following spindles are mechanically compatible – click a spindle to view its datasheet and performance diagram:

Power (S1/S6)21 / 27 kW
Torque (S1/S6)100 / 130 Nm
Max. speed18,000 rpm
Tool interfaceHSK-A63
Length546 mm
CS-21-180-A motor spindle performance diagram
Power (S1/S6)25 / 42 kW
Torque (S1/S6)87 / 145 Nm
Max. speed20,000 rpm
Tool interfaceHSK-A63
Lengthn/a
CS-25-180-A motor spindle performance diagram
Power (S1/S6)28 / 35 kW
Torque (S1/S6)90 / 113 Nm
Max. speed20,000 rpm
Tool interfaceHSK-A63
Length546 mm
CS-28-180-A motor spindle performance diagram
Power (S1/S6)40 / 51 kW
Torque (S1/S6)67 / 85 Nm
Max. speed24,000 rpm
Tool interfaceHSK-A63
Length480 mm
CS-40-160-S motor spindle performance diagram
Power (S1/S6)45 / 54 kW
Torque (S1/S6)75 / 90 Nm
Max. speed18,000 rpm
Tool interfaceHSK-A63
Length480 mm
CS-45-160-S motor spindle performance diagram