R&D CENTER

Innovation & Challenge IMA inc

FACILITY

Perfect quality without a single defective product.

[CNC lathe] QUICK TURN SMART

Specifications Distance between centers
– 500U ㎜
Distance between centers
– 1000U ㎜
Capacity· Volume Max. Swing 660 ㎜ / 26.00 in 660 ㎜ / 26.00 in
Max Machining Diameter 350 ㎜ / 14.000 in 350 ㎜ / 14.000 in
Work capacity 65 ㎜ / 2.6 in 65 ㎜ / 2.6 in
Processing length 541 ㎜ / 21.035 in 1,063 ㎜ / 41.785 in
1st spindle Chuck size 8 in 8 in
Spindle rotation speed 5,000 rpm 5,000 rpm
Spindle motor output

(30 minutes rating)

15 ㎾ / 20.0 Hp 15 ㎾ / 20.0 Hp
Upper tailstock Number of tools 12 12
Movement Movement in X-axis 195 ㎜ / 7.75 in 195 ㎜ / 7.75 in
Movement in Z-axis 560 ㎜ / 22.00 in 1,105 ㎜ / 40.50 in

[Machining center] VESTA-1300B

Item Unit VESTA – 1300B
BT-40
10.000 rpm
BT-40
12.000 rpm
BT-50
8.000 rpm
BT-50
6.000 rpm
Transfer distance
(X / Y / Z)
1,300 / 670 / 650
Rapid traverse speed
(X / Y / Z)
m/min 30 / 30 / 24
Table size 1,450 × 670
Maximum load 1,200
Max. spindle rotation rpm 10.000 12.000 8.000 6.000
Spindle motor 18.5 / 11 15 / 11

(Spindle
penetration
: 26 / 22)

25 / 15
Tool type BT – 40
(Choose : CAT-40, HSK-A63)
BT – 50
(Choose : CAT-50)
Maximum number of tools ea 30 24 (Choose : 30)
Installation area
(length × width)
4,220 × 2,410
NC Contoller Fanuc Oi-MF

[Machining center] SMART CORE

Item Unit SMART CORE
Transfer distance (X / Y / Z) 1,050 / 600 / 550
Inclination angle (B) /
Rotation angle (C)
deg +120 ~ -30 / 360
Rapid traverse speed
(X / Y / Z)
m/min 36 / 36 / 36
Rapid traverse speed (B / C) rpm 22 / 33
Table size 1,200 × 600 (Index table : ∮300)
Maximum load 800 (Index table : 100)
Max. spindle rotation rpm 20.000 14.000 24.000
Spindle motor 22 / 18.5 37 / 22 37 / 18.5
Tool type BBT – 40
(Choose : CAT-40, HSK-A63, SK-40)
HSK-A63
Maximum number of tools ea 30
Installation area
(length × width)
3,950 × 4,180
NC Contoller Fanuc 31i-B

INNOVATION WITH INTEGRITY  Handheld XRF

In the refinery, or other industries requiring high temperature and high pressure, safety is routinely ensured by verifying that a given alloy conforms to the design specification.

More than 75% of refinery incidents are caused by having the wrong metal in service.
By maintaining a strong PMI program – based on API 578 or internal procedures – it is possible to virtually eliminate these failures.

On the manufacturing floor or in a machine shop, alloy identification may be lost as the metal moves through the shop.
Using a portable XRF alloy analyzer allows immediate recovery of lost material traceability and ensures that a part is the proper material prior to investing a large amount of machining time and prior to shipment to your customer.

Benefits

Fast, accurate assay & grade ID
Large grade library (400+)
Quick & easy report generation
Secure, encrypted data storage
Lightweight – only 1.5 kg
TITAN Detector Shield™
Non-destrucitve
Measure in-situ
Small spot & camera option
Analyze hot samples / pipes