BRAND | Colombo Filippetti |
Product | RIG 09-4-310 VLRAX VCT IN DS |
Internal code | ONR4719126 |
Technical specification | BOARD CONSISTING OF; RIGID BOARD RIG 09 VX VCT CODE. RIG 09-4-310 VX VCT V5-DS WITH DOUBLE GEARBOX ARRANGEMENT SPECIAL CUSTOM MACHINING RMI 70/F3 1:20 STM REDUCER PAM 90/B14 - MOUNTED INS6 LCB TORQUE LIMITER LUBRICATED FOR LIFE MGM 90S/B14 SELF-FACING ENGINE KW 1.1 - 4 POLES - 230/400 V - 50 Hz WITH DOUBLE TERMINAL BLOCK |
Discover the superior quality and performance of the Colombo Filippetti RIG 09-4-310 VLRAX VCT IN DS with Onrion LLC in Paraguay . Whether you are looking for reliability or efficiency, this product meets all your industrial needs.
The RIG 09-4-310 VLRAX VCT IN DS is designed to provide optimal performance and durability in various applications. Known for its high-quality construction and innovative features, it is a preferred choice for professionals.
Key Features of RIG 09-4-310 VLRAX VCT IN DS :
At Onrion LLC , we offer the RIG 09-4-310 VLRAX VCT IN DS at competitive prices and with the fastest delivery times across Paraguay . Our expert team is ready to assist you with all your inquiries and provide tailored solutions to meet your specific needs.
Why Choose Onrion LLC ?
Get Your Quote Today! Ready to enhance your operations with the RIG 09-4-310 VLRAX VCT IN DS ? Contact us now for a personalized quote. Fill out the form below or send us an email with your inquiry. Let us help you make a cost-effective, quality-driven choice for your business.
Important Notice: While we supply Colombo Filippetti products, Onrion LLC is not an authorized distributor. All rights are reserved by the manufacturers and their official partners.
gripper arm
Oscillator
Transmisión
CF3 step-by-step housing design
stepping gear
Reducer
M100020136 / RIG04-2-330 VLRA VCS DA1 40/F1
Exploded disassembly diagram
RIGIDIAL-Rundschalttisch
RIGIDIAL-Rundschalttisch
reducer
TRANSMISSION
TRANSMISSION
GEARBOX
IR rotary indexing table with gearbox brake motor
Gear Box
INDEXING MECANISME
INDEX DRIVE CF4 65G VS
overload coupling