DAEWOO PUMA TT-1500SY 2006
USED DAEWOO PUMA TT-1500SY 2006
The DAEWOO PUMA TT-1500SY 2006 is a CNC twin-spindle, twin-turret turning center designed for high-productivity machining of complex components requiring multiple turning, milling, drilling, and secondary operations. Produced by Daewoo Heavy Industries and Machinery, the PUMA TT series was developed to provide simultaneous or independent machining capabilities using two spindles and two turrets.
The TT-1500SY configuration adds Y-axis capability to the standard twin-spindle platform, allowing off-center milling, drilling, tapping, and other live-tool operations. The machine is especially valuable for manufacturers looking to complete multiple operations in a single setup and reduce part handling between separate machines.
The PUMA TT-1500SY is generally associated with a 6-inch chuck class, twin spindle arrangement, twin turrets, live tooling, Y-axis capability, and CNC control. Exact specifications can vary depending on the machine’s build configuration and installed options. Because this is a 2006 machine, the actual control generation, spindle motors, turret configuration, tooling system, and available options should be verified from the machine serial number and documentation.
This machine is suitable for automotive, aerospace, medical, industrial machinery, hydraulic, defense, and general precision machining applications. Its twin-spindle design is particularly useful for machining components that require front- and back-side operations.
DAEWOO PUMA TT-1500SY 2006 – AXIS
| Specification | Value |
|---|---|
| X Axis | Configuration Dependent |
| Y Axis | Approximately ±40 mm |
| Z Axis | Configuration Dependent |
| C Axis | Yes |
| Main Spindle | Yes |
| Sub-Spindle | Yes |
| Turrets | 2 |
| Controlled Axes | Multi-Axis |
| Y Axis Capability | Yes |
The Y-axis enables the upper turret to perform machining operations away from the spindle centerline, expanding the machine’s capabilities beyond conventional turning.
DAEWOO PUMA TT-1500SY 2006 – WORK ENVELOPE
| Specification | Value |
|---|---|
| Machine Type | Twin-Spindle CNC Turning Center |
| Chuck Size | Approximately 6″ |
| Main Spindle | Yes |
| Sub-Spindle | Yes |
| Maximum Turning Diameter | Configuration Dependent |
| Maximum Turning Length | Configuration Dependent |
| Y Axis | Yes |
| C Axis | Yes |
| Twin Turrets | Yes |
The twin-spindle arrangement allows the machine to transfer a component from the main spindle to the sub-spindle for secondary operations, reducing the need for manual repositioning.
DAEWOO PUMA TT-1500SY 2006 – MAIN SPINDLE
| Specification | Value |
|---|---|
| Spindle Type | CNC Turning Spindle |
| Chuck | Approximately 6″ |
| Spindle Configuration | Main Spindle |
| C Axis | Yes |
| Live Tooling | Yes |
| Maximum Speed | Configuration Dependent |
| Spindle Power | Configuration Dependent |
| Spindle Bore | Configuration Dependent |
The main spindle performs conventional turning operations while also supporting C-axis positioning and live-tool machining when properly equipped.
DAEWOO PUMA TT-1500SY 2006 – SUB SPINDLE
| Specification | Value |
|---|---|
| Sub-Spindle | Yes |
| Chuck | Approximately 6″ |
| C Axis | Yes |
| Part Transfer | Yes |
| Second-Side Machining | Yes |
| Maximum Speed | Configuration Dependent |
| Spindle Power | Configuration Dependent |
The sub-spindle is one of the machine’s primary productivity advantages. A workpiece can be transferred from the main spindle and machined on its opposite side without removing it from the machine.
DAEWOO PUMA TT-1500SY 2006 – Y AXIS
| Specification | Value |
|---|---|
| Y Axis | Yes |
| Approximate Y Travel | ±40 mm |
| Y Axis Function | Off-Center Machining |
| Milling | Yes |
| Drilling | Yes |
| Tapping | Yes |
| Cross Milling | Yes |
| Interpolated Machining | Configuration Dependent |
The SY designation identifies the Y-axis/live-tooling configuration, making the TT-1500SY more capable than a conventional twin-spindle turning center.
DAEWOO PUMA TT-1500SY 2006 – TURRETS
| Specification | Value |
|---|---|
| Number of Turrets | 2 |
| Turret Type | Twin Turret |
| Live Tooling | Yes |
| Turning Tools | Yes |
| Milling Tools | Yes |
| Drilling Tools | Yes |
| Tapping Tools | Yes |
| Tool Stations | Configuration Dependent |
The twin-turret arrangement permits simultaneous machining and can substantially reduce cycle time for suitable components.
DAEWOO PUMA TT-1500SY 2006 – FEEDRATES
| Specification | Value |
|---|---|
| X Rapid Traverse | Configuration Dependent |
| Z Rapid Traverse | Configuration Dependent |
| Y Rapid Traverse | Configuration Dependent |
| Cutting Feedrate | Configuration Dependent |
| Rapid Traverse | Machine Specific |
Actual rapid-traverse values should be verified from the machine’s original specifications because the 2006 TT-1500SY can vary depending on configuration and control generation.
DAEWOO PUMA TT-1500SY 2006 – CONTROL SYSTEM
| Specification | Details |
|---|---|
| CNC Control | Configuration Dependent |
| CNC Programming | G-Code |
| Twin Spindle Control | Yes |
| Twin Turret Control | Yes |
| C Axis Control | Yes |
| Y Axis Control | Yes |
| Live Tool Control | Yes |
| Part Transfer | Yes |
| Probing | Option Dependent |
When purchasing a used 2006 machine, the control should be inspected carefully. Buyers should verify display condition, memory, communications, software, servo amplifiers, spindle drives, and availability of replacement electronic components.
DAEWOO PUMA TT-1500SY 2006 – COOLANT / CHIP MANAGEMENT
| Specification | Value |
|---|---|
| Flood Coolant | Available |
| Coolant System | Configuration Dependent |
| Chip Conveyor | Option Dependent |
| High-Pressure Coolant | Option Dependent |
| Oil Skimmer | Option Dependent |
| Chip Management | Configuration Dependent |
The coolant system, pumps, hoses, filtration, and chip conveyor should all be checked during an inspection. A used machine should ideally be demonstrated under cutting conditions.
DAEWOO PUMA TT-1500SY 2006 – GENERAL INFORMATION
| Item | Details |
|---|---|
| Manufacturer | Daewoo |
| Model | PUMA TT-1500SY |
| Year | 2006 |
| Machine Type | Twin-Spindle CNC Turning Center |
| Twin Turrets | Yes |
| Main Spindle | Yes |
| Sub-Spindle | Yes |
| Y Axis | Yes |
| C Axis | Yes |
| Live Tooling | Yes |
| Chuck Class | Approximately 6″ |
| Part Transfer | Yes |
| CNC Control | Configuration Dependent |
The exact specifications of a particular DAEWOO PUMA TT-1500SY 2006 should be confirmed using its serial number, machine documentation, and physical inspection.
INDUSTRIES THAT USE DAEWOO PUMA TT-1500SY 2006
The DAEWOO PUMA TT-1500SY 2006 is suitable for automotive, aerospace, defense, medical, hydraulic, industrial machinery, energy, electronics, and general precision manufacturing.
It is particularly useful for high-volume components that require several turning and secondary machining operations.
TYPICAL PARTS DAEWOO PUMA TT-1500SY 2006 CAN PRODUCE
The machine can produce shafts, bushings, flanges, fittings, hydraulic components, automotive components, valve parts, pump components, couplings, precision housings, and other complex turned components.
Typical machining operations include:
- Turning
- Facing
- Boring
- Threading
- Grooving
- Drilling
- Tapping
- Milling
- Cross drilling
- Off-center milling
- Part transfer
- Second-side machining
WHY CHOOSE DAEWOO PUMA TT-1500SY 2006
The primary advantage of the DAEWOO PUMA TT-1500SY is its combination of twin spindles, twin turrets, live tooling, C-axis capability, and Y-axis machining.
A conventional CNC lathe may require a second machine to complete the opposite side or perform cross-drilled and milled features. The TT-1500SY can perform many of these operations within one production cycle.
The two-turret configuration can also allow simultaneous machining, improving productivity when the component and tooling strategy are suited to parallel operations.
For manufacturers producing repeat components in medium- or high-volume quantities, this can reduce setup time, material handling, work-in-process inventory, and operator intervention.
WHY BUY USED DAEWOO PUMA TT-1500SY 2006
Buying a used DAEWOO PUMA TT-1500SY 2006 can give manufacturers access to advanced multitasking capability at a substantially lower cost than purchasing a comparable new twin-spindle CNC turning center.
The machine’s biggest advantages are its twin-spindle architecture, twin turrets, Y-axis, C-axis, and live tooling. These capabilities make it suitable for complete or near-complete machining of complex components.
A properly maintained used TT-1500SY can be especially attractive for job shops and production manufacturers that need to increase throughput without investing in multiple conventional CNC machines.
Because the machine dates from 2006, condition is particularly important. Buyers should inspect the main and sub-spindles, both turrets, Y-axis, ballscrews, guideways, live-tooling drives, C-axis operation, chuck condition, control electronics, coolant system, lubrication system, and chip conveyor.
The machine should be run under power before purchase whenever possible, with attention paid to spindle noise, vibration, turret indexing, axis backlash, positioning accuracy, and synchronization between the two spindles.
HOW MUCH DOES A USED DAEWOO PUMA TT-1500SY 2006 COST?
The price of a used DAEWOO PUMA TT-1500SY 2006 depends on machine condition, spindle hours, cutting hours, control configuration, tooling, live tooling, chuck condition, chip conveyor, bar feeder, probing, maintenance history, and included accessories.
For used-equipment listing purposes, a reasonable broad market estimate for a DAEWOO PUMA TT-1500SY 2006 is approximately $25,000 to $60,000 USD, depending heavily on condition and configuration.
A clean, fully operational machine with working twin spindles, twin turrets, Y-axis, live tooling, chip conveyor, bar feeder, tooling, and good machine geometry can command a premium. Machines requiring spindle, turret, servo, control, or major mechanical repairs may sell for considerably less.
When evaluating the final value, buyers should verify both spindle performance, synchronization and part transfer, turret indexing, Y-axis accuracy, live-tool operation, C-axis positioning, machine geometry, control functionality, coolant delivery, lubrication, and service records.
