Cubic Machinery Gang Tool Lathe
GTV Series
by Cubic Machinery
The GTV Series CNC Lathe from Cubic Machinery is designed for precision and efficiency in small-part production.
GTV 27
ITEM
300 mm / 11.8 in
X Axis Travel
165 mm / 7 in
Z Axis Travel
GTV Series Features
Standard features that set this machine apart in demanding manufacturing environments.
Precision & Performance
- Spindle speeds up to 6,000 RPM
- X Axis Travel:
- Z Axis Travel:
- Spindle Length (Hydraulic & Chuck):
- Spindle Configuration:
Machining Capability
- Gang tool setup for fast, efficient tool changes
- 3-Jaw Chuck Size:
Built-In Extras
- 27mm bar capacity for a wide range of parts
- GTV 42: 300 mm / 11.8 in
- Bar Capacity:
- GTV 42: 42 mm / 1.654 in
- GTV 42: 787 mm / 31 in
- Collet Type:
- GTV 42: 5C, 16C, B42 (DIN6343 173E)
- GTV 42: 152 mm / 6 in
Cubic GTV Series Technical Details
Complete specifications, standard features, and optional upgrades.
- ITEM
- GTV 27
- X Axis Travel
- 300 mm / 11.8 in
- Z Axis Travel
- 165 mm / 7 in
- Bar Capacity
- 27 mm / 1.062 in
- Spindle Length (Hydraulic & Chuck)
- 762 mm / 30 in
- Collet Type
- 5C
- 3-Jaw Chuck Size
- 135 mm / 5.3 in
- Spindle Configuration
- A2-4
- Positional Repeatability
- 0.00127 mm
- Positional Accuracy
- 0.00127 mm
- Spindle Runout
- 0.00127 mm
- Simultaneous Axes
- X-Z-C (3 Axes), X-C & Z-C Flat Plane Selection
- CNC Control
- FANUC Oi-TF or FAGOR 8055iTB Conversational
- Axis Control System
- FANUC AC Digital (Fiber optic linked drives) or FAGOR Sercos digital
- Spindle Motor Power (15 minutes)
- 7.5 kW / 10 HP
- Spindle Motor Power (continuous)
- 5.5 kW / 7.3 HP
- Spindle RPM
- 60–6000 rpm
- Axes Rapid Travel (X, Z)
- 24 m/min
- Axis Maximum Feed Rate
- 12.0 m/min
- Servo Motor Torque
- 4.0 Nm / 8.8 Nm max.
- Tooling Center Height
- 42 mm / 1.653" (0.5" & 0.75" Opt.)
- Coolant Capacity
- 95 liters / 25 gallons
- Coolant Pump Power
- 186 W / ¼ HP
- Chip Conveyor Type
- Reversible Direction
- Compressed Air Requirement
- Only required if live tools or part catcher requested
- Total Power Required
- FANUC Control: 220VAC, 3 phase, 12 KVA / FAGOR Control: 440VAC, 3 phase, 12 KVA
- Dimensions (L x D x H)
- 1549 x 1220 x 1828 mm
- Weight
- 1704 kg / 3750 lbs
| ITEM | GTV 27 |
| X Axis Travel | 300 mm / 11.8 in |
| Z Axis Travel | 165 mm / 7 in |
| Bar Capacity | 27 mm / 1.062 in |
| Spindle Length (Hydraulic & Chuck) | 762 mm / 30 in |
| Collet Type | 5C |
| 3-Jaw Chuck Size | 135 mm / 5.3 in |
| Spindle Configuration | A2-4 |
| Positional Repeatability | 0.00127 mm |
| Positional Accuracy | 0.00127 mm |
| Spindle Runout | 0.00127 mm |
| Simultaneous Axes | X-Z-C (3 Axes), X-C & Z-C Flat Plane Selection |
| CNC Control | FANUC Oi-TF or FAGOR 8055iTB Conversational |
| Axis Control System | FANUC AC Digital (Fiber optic linked drives) or FAGOR Sercos digital |
| Spindle Motor Power (15 minutes) | 7.5 kW / 10 HP |
| Spindle Motor Power (continuous) | 5.5 kW / 7.3 HP |
| Spindle RPM | 60–6000 rpm |
| Axes Rapid Travel (X, Z) | 24 m/min |
| Axis Maximum Feed Rate | 12.0 m/min |
| Servo Motor Torque | 4.0 Nm / 8.8 Nm max. |
| Tooling Center Height | 42 mm / 1.653" (0.5" & 0.75" Opt.) |
| Coolant Capacity | 95 liters / 25 gallons |
| Coolant Pump Power | 186 W / ¼ HP |
| Chip Conveyor Type | Reversible Direction |
| Compressed Air Requirement | Only required if live tools or part catcher requested |
| Total Power Required | FANUC Control: 220VAC, 3 phase, 12 KVA / FAGOR Control: 440VAC, 3 phase, 12 KVA |
| Dimensions (L x D x H) | 1549 x 1220 x 1828 mm |
| Weight | 1704 kg / 3750 lbs |
GTV Series Questions
Answers to common questions about the GTV Series.
The GTV Series Gang Tool Lathes are ideal for industries that require high precision and intricate component production. These include aerospace, automotive, and medical industries, where the ability to produce complex parts with speed and accuracy is critical. The machines' capabilities make them a cost-effective solution for manufacturers in these sectors.
The GTV Series Gang Tool Lathes are renowned for their extreme accuracy, maintaining a positioning accuracy of 0.00005 inches even at maximum traverse speeds. This precision is essential for high-quality machining tasks. The machines also feature rapid movements of 787 inches per minute on the X and Z axes, which minimizes non-cutting time and enhances productivity. Additionally, the unique vertical plate design of the GTV Series allows metal chips and coolant to drop directly downward, improving cooling efficiency and facilitating faster parts production
Gang tool setups offer several advantages over traditional turret-based solutions. They provide higher rigidity and positional accuracy, which are crucial for precise machining operations. Moreover, gang tools enable faster tool changes, reducing cycle times and increasing overall productivity. These features make gang tool CNC machines particularly suitable for high-precision manufacturing environments, such as aerospace, automotive, and medical industries, where tight tolerances and complex parts are common.
The GTV Series offers both FANUC 0i-TF and FAGOR 8055iTB controls, providing users with reliable and robust technical support. FANUC, in particular, is known for its technological leadership and unsurpassed reliability, making it a preferred choice for many manufacturers.
Ready to Discuss the GTV Series?
Our team has 62+ years of experience helping Canadian manufacturers find the right CNC equipment for their production needs.
60+
Years in Business
3,500+
Installations
7
Brands Represented
Request a Quote
Tell us about your application and we'll recommend the right configuration for your operation.
Or email us at [email protected]
Explore More Cubic Machinery Gang Tool Lathe
Compare specifications and find the right machine for your application.
Gang Tool Lathe
GTmini PLUS
The GTmini PLUS by Cubic Machinery is a high-performance gang tools lathe, engineered for precision machining in small part production.
Gang Tool Lathe
GTV L
The GTV-27L and GTV-42L Gang Tool Lathes by Cubic Machinery are designed for long-part machining with enhanced precision and efficiency.
