Airwolf EVO-T
Specifications:
- Build volume: 12 x 12 x 11″
- Dimensions: 28 x 24.5 x 24″
- Great for full-size prototype or end-use parts
EVO Features:
- Generous build environment for large parts
- Rugged industrial-grade construction
- Full-color touch screen display
- Dual high-flow extrusion heads
- Auto-Leveling and Calibration
- Air Cleansing System — protects against harmful UFP and VOC emissions
- Partsave™ — prevents part failure due to power outage
- Failsafe™ — restores your print after jams and loss of filament
- Tri-Heat™ Technology — warms the chamber and dries the filament within
Airwolf EVO22-T
Specifications:
- Build volume: 12 x 12 x 22″
- Dimensions: 28 x 24.5 x 36″
- Great for large scale parts
EVO Features:
- Generous build environment for large parts
- Rugged industrial-grade construction
- Full-color touch screen display
- Dual high-flow extrusion heads
- Auto-Leveling and Calibration
- Air Cleansing System — protects against harmful UFP and VOC emissions
- Partsave™ — prevents part failure due to power outage
- Failsafe™ — restores your print after jams and loss of filament
- Tri-Heat™ Technology — warms the chamber and dries the filament within
TRAK VMC7si
Specifications:
- Table Size: 35.43″ x 19.69″
- Travel (x, y, z): 30″ x 20″ x 20″
- Footprint: 144″ x 112″
- Horsepower: 41.5/20
Standard Features:
- SINUMERIK ONE CNC by Siemens
- 24-Station Tool Magazine, Dual Arm Tool Changer
- Advanced 12,000 RPM Spindle with Hybrid Ceramic Bearings
- Linear Roller Bearing Slides on All Axes
- Coolant Through Spindle (CTS)
- and many more…
TRAK VMC10si
Specifications:
- Table Size: 44.09″ x 19.69″
- Travel (x, y, z): 40″ x 20″ x 20″
- Footprint: 144″ x 112″
- Horsepower: 41.5/20
Standard Features:
- SINUMERIK ONE CNC by Siemens
- 24-Station Tool Magazine, Dual Arm Tool Changer
- Advanced 12,000 RPM Spindle with Hybrid Ceramic Bearings
- Linear Roller Bearing Slides on All Axes
- Coolant Through Spindle (CTS)
- and many more…
TRAK VMC12si
Specifications:
- Table Size: 51.18″ x 23.62″
- Travel (x, y, z): 50″ x 27.5″ x 25″
- Footprint: 168.25″ x 126.50″
- Horsepower: 67/26.8
Standard Features:
- SINUMERIK ONE CNC by Siemens
- 24-Station Tool Magazine, Dual Arm Tool Changer
- Advanced 12,000 RPM Spindle with Hybrid Ceramic Bearings
- Linear Roller Bearing Slides on All Axes
- Coolant Through Spindle (CTS)
- and many more…
TRAK VMC14si
Specifications:
- Table Size: 62.99″ x 23.62″
- Travel (x, y, z): 60″ x 27.5″ x 25″
- Footprint: 180″ x 126.50″
- Horsepower: 67/26.8
Standard Features:
- SINUMERIK ONE CNC by Siemens
- 24-Station Tool Magazine, Dual Arm Tool Changer
- Advanced 12,000 RPM Spindle with Hybrid Ceramic Bearings
- Linear Roller Bearing Slides on All Axes
- Coolant Through Spindle (CTS)
- and many more…
TRAK TMC5
Specifications:
- Table Size: 27.56″ x 15.75″
- Travel (x, y, z): 20″ x 16″ x 20″
- Footprint: 85″ x 129.25″
- Horsepower: 15/10
The Versatile Machine That Works Two Ways
Toolroom Ops™ – when you need the TMC to work like a TRAK bed mill, but with chips and coolant contained
- Optional Electronic Handwheels (x, y, and z)
- Selectable 2 or 3 axis CNC
- Full DRO for manual operations
Production Ops – when you need to run small to medium production quantities
- 16-tool carousel tool changer along with manual tool change for additional tools
- Convenient Tool Table fly out window
- Fully enclosed ANSI compliant operation
TRAK TMC7
Specifications:
- Table Size: 35.43″ x 19.69″
- Travel (x, y, z): 30″ x 20″ x 20″
- Footprint: 97″ x 135″
- Horsepower: 15/10
The Versatile Machine That Works Two Ways
TOOLROOM OPS™ – when you need the TMC to work like a TRAK bed mill, but with chips and coolant contained
- Optional Electronic Handwheels (x, y, and z)
- Selectable 2 or 3 axis CNC
- Full DRO for manual operations
PRODUCTION OPS – when you need to run small to medium production quantities
- 16-tool carousel tool changer along with manual tool change for additional tools
- Convenient Tool Table fly out window
- Fully enclosed ANSI compliant operation
TRAK TMC10
Specifications:
- Table Size: 44.09″ x 19.69″
- Travel (x, y, z): 40.75″ x 20″ x 20″
- Footprint: 111″ x 135″
- Horsepower: 15/10
The Versatile Machine That Works Two Ways
TOOLROOM OPS™ – when you need the TMC to work like a TRAK bed mill, but with chips and coolant contained
- Optional Electronic Handwheels (x, y, and z)
- Selectable 2 or 3 axis CNC
- Full DRO for manual operations
PRODUCTION OPS – when you need to run small to medium production quantities
- 16-tool carousel tool changer along with manual tool change for additional tools
- Convenient Tool Table fly out window
- Fully enclosed ANSI compliant operation
TRAK TMC12
Specifications:
- Table Size: 51.18″ x 23.62″
- Travel (x, y, z): 50″ x 27″ x 25″
- Footprint: 133.86″ x 144.76″
- Horsepower: 22.5/15
The Versatile Machine That Works Two Ways
TOOLROOM OPS™ – when you need the TMC to work like a TRAK bed mill, but with chips and coolant contained
- Optional Electronic Handwheels (x, y, and z)
- Selectable 2 or 3 axis CNC
- Full DRO for manual operations
PRODUCTION OPS – when you need to run small to medium production quantities
- 16-tool carousel tool changer along with manual tool change for additional tools
- Convenient Tool Table fly out window
- Fully enclosed ANSI compliant operation
TRAK TMC14
Specifications:
- Table Size: 62.99″ x 23.62″
- Travel (x, y, z): 60″ x 27″ x 25″
- Footprint: 157.48″ x 144.76″
- Horsepower: 22.5/15
The Versatile Machine That Works Two Ways
TOOLROOM OPS™ – when you need the TMC to work like a TRAK bed mill, but with chips and coolant contained
- Optional Electronic Handwheels (x, y, and z)
- Selectable 2 or 3 axis CNC
- Full DRO for manual operations
PRODUCTION OPS – when you need to run small to medium production quantities
- 16-tool carousel tool changer along with manual tool change for additional tools
- Convenient Tool Table fly out window
- Fully enclosed ANSI compliant operation
TRAK K3 KMX-3 Knee Mill
TRAK K3 KMX-3 Knee Mill
- Model: TRAK-K3KMX-3
- 3-axis CNC, 3-axis DRO
- Work manually or with CNC
- ProtoTRAK KMX CNC
The K3 KMX-3 uses a quill drive for 3-axis machining. The mill can be run manually, or as a 2-axis or 3-axis CNC. Manual quill control is accomplished with electronic handwheels. The K3 KMX-3 is the most versatile of our knee mill machines. For most 3-axis machining applications however, we highly recommend our TRAK Bed Mills.
FEELER VMP Series
Vertical Machining Center Provides State-of-the-art Efficiency For Increased Profitability
Whether you require in high precision parts machining or general mold making, Fair Friend new VMP-Series Vertical Machining Centers offer unbeatable dependability. The VMP-Series is a well- engineered high precision unit, making it ideal for various precision industrial requirements. It promises dramatic productivity gains with many integrated features. Its rugged structure is manufactured from high quality cast iron, assuring optimum rigidity and stab巾ty for years of dependable operation.
Machine structure design is subject to ANSYS and NASTRAN Finite Element Analysis to achieve the highest standards of machine accuracy and reliability. Reinforced A-shape column bottom is combined with massive base for extra rigid support. 10,000 rpm spindle speed produces the fine surface effect required by precision mold. With the points above and more excellent features combination, you get the most competitive edge for your precision jobs.
FEELER NBP Series
FEELER NBP Series VMC with BOX WAYS ON THREE AXES PERFORMS PERFECTLY – Engineered to Optimize Machining Efficiency and Stability
Lowering production cost while upgrading productivity is the solution to stay competitive in today’s seriously competitive environment. With the NBP Series of vertical machining center from FEELER, you can achieve your expectation. These ruggedly built machines are designed with extra wide box ways on all three axes, which provides exceptionally fast heavy cuts.
Massive, rugged, and precise design built for accurate production work for years! The Feeler NBP series is especially ideal for the task required for efficiency and accuracy.
• The machine structure and major parts are manufactured from Meehanite cast iron for outstanding material stability and assure long-term deformation-free performance.
• Extra wide box ways on three axes guarantee exceptional stability and rigidity.
• Box ways are hardened, precisely ground and coated with Turcite-B for maximum wear resistance and life accuracy.
• The entire machine construction is subject to ANSYS and NASTRAN Finite Element Analysis to achieve optimum rigidity and stability.
• The column bottom is specially designed with A-shaped structure.
• Servomotor directly drives ball screws. Ball screws are pre-tensioned, ensuring rigidity and accuracy for feeding transmission system.
• Increased Z-axis motor horsepower combined with brake increases circularity accuracy on Z-axis, and eliminates structural vibration caused by counter-balance weight.
FEELER VB-1400A
Choose from the smallest to the largest model that meets your various demands for today’s production. No matter which one you select, you get the same FEELER tradition of quality and excellence.
► The machine structure and major parts are manufactured from Meehanite cast iron for outstanding material stability, thereby assuring long-term, deformation-free performance.
► The entire machine construction is subjected to ANSYS and NASTRAN Finite Element Analysis to achieve optimum rigidity and stability.
► Heavy duty construction throughout, combined with extra
stable base, supported by 8-16 foundation bolts.
► Box ways on X, Y, Z axis.
FEELER VB-1650A
Choose from the smallest to the largest model that meets your various demands for today’s production. No matter which one you select, you get the same FEELER tradition of quality and excellence.
► The machine structure and major parts are manufactured from Meehanite cast iron for outstanding material stability, thereby assuring long-term, deformation-free performance.
► The entire machine construction is subjected to ANSYS and NASTRAN Finite Element Analysis to achieve optimum rigidity and stability.
► Heavy duty construction throughout, combined with extra
stable base, supported by 8-16 foundation bolts.
► Box ways on X, Y, Z axis.
FEELER VB-1900A
Choose from the smallest to the largest model that meets your various demands for today’s production. No matter which one you select, you get the same FEELER tradition of quality and excellence.
► The machine structure and major parts are manufactured from Meehanite cast iron for outstanding material stability, thereby assuring long-term, deformation-free performance.
► The entire machine construction is subjected to ANSYS and NASTRAN Finite Element Analysis to achieve optimum rigidity and stability.
► Heavy duty construction throughout, combined with extra
stable base, supported by 8-16 foundation bolts.
► Box ways on X, Y, Z axis.
FEELER VB-2200A
Choose from the smallest to the largest model that meets your various demands for today’s production. No matter which one you select, you get the same FEELER tradition of quality and excellence.
► The machine structure and major parts are manufactured from Meehanite cast iron for outstanding material stability, thereby assuring long-term, deformation-free performance.
► The entire machine construction is subjected to ANSYS and NASTRAN Finite Element Analysis to achieve optimum rigidity and stability.
► Heavy duty construction throughout, combined with extra
stable base, supported by 8-16 foundation bolts.
► Box ways on X, Y, Z axis.
FEELER HV Series
Creating a New Level of Parts Machining and Precision Mold Machining
For years, FEELER had dedicated itself to the pursuit of higher efficiency and higher performance vertical machining centers to help customers stay competitive. FEELER’s HV Series was designed to integrate many innovative features into the existing models.
The HV Series features outstanding machine structure, accuracy, and machining efficiency, greatly surpassing existing models. It is an excellent machine especially ideal for today’s high speed part machining.
QUASER MV134
The new vertical machining center, MV134, is designed to meet the goals of high efficiency with compact floor space. The MV134 retains the high rigidity and high accuracy features of all the MV1 series products. High precision linear guideways are used in all three axes and X/Y/Z travel as 26” x 22.5” x 22.0”.
The MV134 design offers excellent operator accessibility and is easy to operate, giving you more flexibility in the use of space for more efficient production
QUASER MV184
The MV1 series machines have a legendary history of high quality and proven performance, the New MV184 series has an even greater degree of reliability and performance. The design concepts of the new MV184 series combine advanced technology, performance and value for various machining applications.
Quaser produces this machine layout with the state-of-the-art digital design. Taking into consideration easy repair to reduce downtime. The MV184 series is the choice to increase part production.
QUASER MV204 / MV205
The MV2 series offers a wide line-up of machines with X axes travels of 1,270 mm (50 inch) to 2,040 mm (80 inch) and various spindle speeds and drive configurations to allow the user to machine a wide range of workpieces.
To meet different processing needs, we offer a variety of machine and control specifications to choose from. In addition, the user-friendly control panel design has improved the customers operating convenience.
QUASER MV214 / MV215
The MV2 series offers a wide line-up of machines with X axes travels of 1,270 mm (50 inch) to 2,040 mm (80 inch) and various spindle speeds and drive configurations to allow the user to machine a wide range of workpieces.
To meet different processing needs, we offer a variety of machine and control specifications to choose from. In addition, the user-friendly control panel design has improved the customers operating convenience.
QUASER MV234 / MV235
The MV235 is able to cope with high-speed machining and high strength material machining, The MV235 combines high speed, high torque and high chip removal rates to achieve stable high-precision machining.
The 4 large linear guides of Y-axis are designed and installed on a one piece base to obtain high rigidity and stability. The extra wide column with it’s unique shoulder is designed to maintain column rigidity and geometric accuracy against the weight of the tool magazine.
The machine internals are equipped with a 6 piece auger system combined with an external lift up chip conveyor and coolant wash to best manage the chip disposal.
FEELER U600
Intelligent Machining Function
The U-600 employs anti-chatter technology of “Chatter Lobe” program, which predicts and prevents occurrence of chatter during machining. Users need to simply input parameters into Chatter Lobe, and then possible chatter and corresponding adjustment of cutting conditions will be provided.
5-axis Machining Feature: (Patent: M437221)
Different from general BC-type, the U-600 is designed as AC type for extensive machining capacity that allows workpiece diameter larger than axis travel. Additionally, such configuration is in favor for view and access.
Wide Operation Area (Patent: M436520)
The operation area is defined with 2 sliding doors with wide open space. The user is allowed to operate from 2 directions for easy operation and clear monitoring on the workpiece. This design is also in favor for loading/unloading, featuring excellent access.
One-piece Base-Column
The base and column are structured as one-piece casting, which eliminates possible tolerance of the jointing interfaces. The tool magazine is directed mounted onto this one-piece structure so that torque twist is decreased and stability increased. Box-structure casting and optimal span realize exceptional rigidity and stability. Large hole on the back offers convenience for assembling and maintenance.
3 Overlapped Axes with 2 Rotating Axes
Axes of linear movement and rotation are separated so that during 5-axis machining, curve tolerance or error can be controlled and adjusted rather easily.
FEELER U800-5AX
High Speed Precision Machining, Unmatched Performance
The Feeler 5-axis machining center is designed specifically for high precision machining and creating extra fine finish. Its gantry type structure together with U-shaped base and column brings the structural stability to a new level. The swiveling rotary table diameter is 800mm and capable of resisting heavy loads. This machine is equipped with a 12,000rpm direct-drive spindle that fully satisfies customers’ expectations in high speed and high efficiency machining.
Gantry Type Structure
Designed with a gantry type structure, the Feeler USOO-SAX 5-axis machining center has the feature of spacious machining space, allowing large workpiece to be loaded and unloaded with ease. It is also convenient for operator to check the current machining condition at any time.
U-shaped Construction of Base and Column
• The advanced U-Shape structure significantly increases structural rigidity and machining accuracy.
• X.Y.Z-axis rapid traverse rate reach 48m/min.
• Suitable for equipping with a large diameter of rotary table.
Three Axes Overlap and Separated from Two Rotary Axes
• This design avoids a distance between the machining point and the intersection point of two rotating axes.
• Easy to compensate for the errors of radius on rotating axes and movement on three linear axes to ensure the machine’s stability and accuracy.
Separated Design for Three Axes Moving Area and Machining Area
• This design feature not only makes chip removal more convenient, but also enables better chip-prevention capability of the machine.
QUASER UX500
UX500
This single unit machine features high rigidity, accuracy, and efficiency and offers a high ease of operation with a relatively compact footprint.
The Symmetrical design ensures the rigidity of the machine tool, which results in better damping performance and lower thermal displacement.
The modular design allows for expandable multi-pallet configurations.
Applications
- Automobile: control arm, bracket, engine block.
- Aerospace: blisk, impeller, turbine blade.
- Medical: titanium artificial knee joint, dental part.
- Mold & die: tire mold & die in tool steel, plastic mold.
QUASER UX500APC
UX500APC
UX500APC is a highly versatile five-axis VMC with automatic pallet changer.
The Symmetrical design ensures the rigidity of the machine tool, which results in better damping performance and lower thermal displacement.
The dual work zone design can reduce the machine down time due to the workpiece load / unload to increase the utilization rate.
The UX500APC is modular and expandable: End users can expand the number of work pallets and tools according to the machining demand.
Applications
Machining of parts with more complex curved surfaces.
- Automated automotive industry and high-precision complex workpiece requirements.
- High-end processing of aerospace components.
- Automobile: control arm, bracket.
- Medical: titanium artificial knee joint, dental part.
- Mold & die: tire mold & die in tool steel, plastic mold.
QUASER UX630
UX630
The UX630 with a B-axis +/- 120 degrees, X-axis 900mm working stroke can meet the high demand of the diversity and the flexibility of five-axis machining.
Centralized lubrication and air pressure plate are well located to make machine maintenance easy.
The chips are discharged directly through the high-efficiency chip conveyor under the machine table, and the chips are discharged quickly, in large quantities, saving machine maintenance time.
Applications
- Automobile: control arm, bracket, engine block.
- Aerospace: blisk, impeller, turbine blade.
- Medical: titanium artificial knee joint, dental part.
- Mold & die: tire mold & die in tool steel, plastic mold.
QUASER UX630APC
UX630APC
The UX630APC table allows for heavy loading: up to 500kg with maximum swing of 630mm and height 480mm to meet the demands of medium size work piece for 5 Axis simultaneous machining.
Compact design with excellent accessibility allows the operator to easily reach the work piece and spindle to adjust tools and conduct workpiece measurement. The automatic pallet changer mechanism (APC) minimizes the machine’s standstill time to enhance machine productivity.
Applications
- Automobile: control arm, bracket, engine block.
- Aerospace: blisk, impeller, turbine blade.
- Medical: titanium artificial knee joint, dental part.
- Mold & die: tire mold & die in tool steel, plastic mold.