FM-87 - High Speed Bridge Type Vertical Machining Center

X x Z Travel : 39.4" x 19.7"

Y Travel : 23.6"

Spindle Nose to Table Top: 4.9" ~ 24.6"

Table Size ( X x Y ) : 45.7" x 23.6"

Table Load Capacity : 2,200 lb

Spindle Motor : 25 HP ( 30min. )

Spindle Speed : 12,000 RPM

Spindle Taper : CAT40

X / Z Axes Rapids : 1,180 IPM

Y Axis Rapids : 1,180 IPM

Tool Magazine Capacity : 20

Standard Accessories

Spindle temperature control system

Three axes auto lubrication system

Machining air blast system

Full enclosure splash guard

Three Axes ball screw pretension

Automatic power off system

Automatic spindle air blast system

RS-232 interface

Tool box & foundation kit

Electronic cabinet & heat exchanger

Water proof work light

Operation cycle finish & alarm light

Bed flushing

Water gun

Air gun

Screw type chip auger ( F-16, F-101 )

Chips collector ( F-7, F-87 )

Program Manual

Operation & Maintenance manual

Optional Accessories

Built-in high speed spindle

Three axes auto lubrication system ( 15,000 ~ 30,000 rpm available )

Scraper type chip conveyor ( F-16, F-101 )

Caterpillar chip conveyor

The 4th axis interface

Auto tool length measurement

Dust collecting system

Air-conditioned electronic cabinet

Oil / Coolant separator

Spindle thermal compensation

X, Y, Z, axes Linear scales

Servo tool magazine

Transformer

Ethernet card

The brand new high speed series, with YAMA SEIKI core strengths, possess superb bridge type structure. The series are equipped with advanced FANUC controller and the software of YAMA SEIKI Optimal Parameter System. F-16 series are particularly suitable for high-end precision molding industry and other precision parts manufacturing in a wide range of industries.

The trustworthy series have excellent features including high speed, accuracy and durability. YAMA SEIKI superb products are capable of working as pioneers to explore business for customers.

1. Advanced and Novel Design

2. Solid Bridge Type Structure

3. Rapid, Accurate, Durable

4. Superior High Speed Moldmaking Machine

F-7 High Speed Machine

The sample machine is equipped with FANUC 31i controller and built-in high speed spindle TDM ( 30,000 rpm ) made in Switzerland. ( optional )

F-87 High Speed Machine

The sample machine is equipped with FANUC 31i controller and built-in high speed spindle MIRL-Neo ( 15,000 rpm ) developed by ITRI, Taiwan.

F-16 High Speed Machine

The sample machine is equipped with FANUC 31i controller and built-in high speed spindle TDM ( 22,000 rpm ) made in Switzerland.

F-101 High Speed Machine

The sample machine is equipped with FANUC 31i controller and built-in high speed spindle MIRL-Neo ( 15,000 rpm ) developed by ITRI, Taiwan.

Maximum Strength Structure

1. High-End Plastic Precision Die / Mold

2. High-End Automotive Light Mold

3. Mold Making in Telecom Industry

4. Mold Making in Electronic Industry

5. Mold Making in Computer Industry

6. Mold Making in Optical Industry

7. Precision Parts Manufacturing

F-7 Solid Bridge-Type Structure

F-16 Solid Bridge-Type Structure

F-87 Solid Bridge-Type Structure

F-101 Solid Bridge-Type Structure

Built-in Spindle

High Speed - Spindle

Strict Quality Assurance

The test and probe are undertaken under different rotational conditions of the high speed spindle. The scope of inspection includes dynamic balance, vibration, noise, temperature rising, thermal variation and run-out precision and so on. It aims to ensure the high speed spindle at optimal status with excellent functioning.

Machining centers during operation are affected by internal thermal source, such as power and spindle rotation as well as external thermal source, such as environment temperature. It will generate ‘expansion/contraction effect’ upon the metal and further induce thermal variation as a result. The compensation function YAMA SEIKI developed can dramatically improve the side effect of spindle thermal variation.

All of precision parts pass 3D precision measuring test in order to ensure dimension toleranceand geometric precision.

3D ball bar inspection aims to make optimal adjustment.

Strict German VDI 3441 standard.

Positioning accuracy, repeatability, backlash test and offset.

Strict German VDI 3441 standard. ( 5 times of back and forth running to get the statistics )