CEGA SSS-300/400

High-speed machining combined with a newly upgraded 20 HP / 30,000 RPM spindle adds heavier machining capability.

For some projects—the kind that requires fast, accurate results down to the 1,000th of a millimeter—you need a machine that’s up to the task.

The CEGA SSS-300/400 is capable of a wide speed range (200 – 30,000 RPM) with 20-HP, or (200 – 40,000 RPM) with 7.4-HP using an oil-mist lubricated AC spindle motor.

With the CEGA SSS-300/400, the cost-effective, high-performance, micro-accuracy machining and hard milling capabilities your business needs to achieve top-quality work are finally here—all in one machine.

CEGA SSS-300-400

COST- AND SPACE-EFFICIENT PRODUCTIVITY

  • The CEGA SSS-300/400 does exactly what your business needs it to do: deliver high-precision work quickly, without breaking the bank. This machine fits amazing machining capabilities into one small, powerful, economical package.

FAST, AND BUILT TO LAST

  • The CEGA SSS-300/400 combines rugged construction materials and dynamic internal components to enable continuous operation at max speed—backed up by best-in-class support from our responsive service teams.

HIGHLY EXPANDABLE

  • The CEGA SSS-300/400 features a highly expandable, modular design to help ensure your investment will remain useful well into the future.

CAPABILITIES:

  • Well suited to high-speed, high-precision milling, drilling, and tapping due to its “super hybrid concept” design
  • Delivers high-speed, high-precision machining with greater stability due to its high-rigidity structure
  • Wide speed range (200 – 30,000 RPM) with 20-HP, or (200 – 40,000 RPM) with 7.4-HP using an oil-mist lubricated AC spindle motor.

COMPONENTS:

  • High-rigidity HSK-E40 tool holders
  • Dual Z axis balance cylinders

USER INTERFACE:

  • Fanuc 31i-B5 super high-speed processor with AI Contour Control II and NANO interpolation
Machine Travels: X x Y x Z in (mm) 20.0 x 16.0 x 12.0 (510 x 410 x 310)
Spindle Speed: SSS 300 (SSS 400) 200 ~ 30,000 RPM (200 ~ 40,000 RPM)
Spindle HP: SSS 300 (SSS 400) 20 (7.4)
Spindle Lubrication Oil Mist
Tool Changer Size 20 Position Standard
Positioning Accuracy/Repeatability: in (μm) ±0.000040/±0.000020 (±1.0/±0.5)
Table Work Area X x Y: in (mm) 25.5 x 16.0 (650 x 410)
Table to Spindle Nose Distance: in (mm) 5.9 ~ 18.1 (150 ~ 460)
Max. Workpiece Weight: lb (kg) 440 (200)
Coolant Tank Capacity: gal (L) 52.8 (200)
Table Height from Floor: in (mm) 29.5 (750)
Actual Measured Circularity (2.0″ dia. @8 IPM): in (μm) 0.000044 (1.1)
Spindle Taper HSK-E40
Spindle Air Purge Standard
Air Blast through Spindle NA
Oil Mist with Collector Standard
Linear Scales X, Y, Z – axes Heidenhain 0.000002mm Standard
Rapid Traverse Speed: in/min. (m/min.) 590 (15.0)
Cutting Speed (Normal Mode): in/min. (mm/min.) 0.04 – 394 (1 ~ 10,000)
Cutting Speed (GR Super PC Mode): in/min. (m/min.) 590 (15.0)
Dust Collection System NA
Machine Weight: lb (kg) 11,464 (5200)
Machine Height: in (mm) 100 (2540)
Required Floor Space [Machine Unit]: in (mm) 95.0 x 114.0 (2410 x 2895)
Control Unit Fanuc 31i-B5 Super High-Speed Processor and Al Contour Control II
Power Requirements KVA 200 ~ 220V 32.0KVA
Air Supply 17.5 cu.ft./min @ 72 psi (0.5 MPa @ 400NL/min.)

Benefits of Direct Gate Milling for Plastic Injection Molding (ebook)

Advantages of Committing to Technological Improvement

RELATED SOLUTIONS

  • "The OPS Ingersoll 5-axis milling machines are fast, accurate, easy to operate and have a small footprint."

    Bill Yakle, Owner of Aisling Industries learn more
  • "The Eagle 800 has burn technology that gives us a competitive advantage because it takes about half the time to burn and uses fewer electrodes, which saves both time and money. Our goal is to run it all day and all weekend. I like that we also are cutting down on our carbon footprint by using fewer graphite electrodes and less copper wire than before."

    Steve Michon, President at Zero Tolerance view case study
  • "Our biggest supply chain issue is labor, but we have been able to achieve lights-out operation by adding the MC Machinery equipment. We have kept costs down while improving accuracy and doing more with the same number of employees."

    Todd Doerfert, Operations Manager at Mantz Automation learn more
  • "The kinematics of the Roku-Roku VMCs allow us to run faster feed rates and not sacrifice surface finish or accuracy. The machines are efficient in terms of increased cutter life, reliable Fanuc control and overall machine stability. We can run longer intervals on downstream inspection on parts that the Roku-Rokus machined."

    John TerBeek, Co-Owner at TerBeek Molding & Tool view case study

Can’t find the solution you’re looking for? Let us help.