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CNC double six spindle machine, counter spindle version for simultaneous front and back working
- 12 separately driven motor spindles with C-axis capabilities
- Speed control for optimal cutting speeds, favorable chip breaking, and short cycle times
- 17 independently working CNC-controlled tool slides, optionally with one or two axis
- Intensive backworking in the same cycle
- Particularly suitable for part families due to flexible setup and fast changeover
- Complete machining with driven tools in all spindle positions
- High dampening effect of hydrostatically guided Z-axis
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CNC Automatic Lathe SC-20
- Low price and satisfactory standard specifications.
- Low production cost due to reduction of materials.
- Headstock and tool post configuration of high rigidity and high precision.
SPECIFICATIONS
Max. machining diameter 20mm(25/32in)
Max. headstock stroke Bar diameter×2.5(max.55mm)
4-spindle sleeve holder (for front working side)
- Max. drilling capacity 10mm(25/64in)
- Max. tapping capacity M8×P1.25
Power-driven attachment
- Max. drilling capacity 6mm(15/64in)
- Max. tapping capacity M5×P0.8
Main spindle speed max.10,000min-1
Main spindle motor 2.2kw/3.7kw
Power-driven att. spindle speed max.5,000min-1
Power-driven att.drive motor 0.4kw
Dimension(W×D×H) 1,855×1,060×1,750mm
Weight 1,600kg
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Automatic Lathes equipped with Star Motion Control System
- Realized cycle time savings of up to 50% compared to conventional NC machines.
- Equipped with the original Star Motion Control System.
- Designed to save space with a depth of only 680 mm.
- Fast set-up times.
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Features
- A Combination of a High Precision Manual Lathe.
- A Lathe with Digital Readout.
- A Lathe with Powerfeed and Jog Modes.
- A Lathe with Teach Mode for CNC Turning.
- A Lathe with Fully CNC Capability Operation.
- Simple and complex parts can be turned more efficiently by utilizing manual, teach or CNC modes or combining these modes.
- All models are equipped with a frequency drive or servo drive. Therefore, spindle speeds and feedrate are infinitely variable.
- Also, the spindle speeds will automatically adjust to varying diameters keeping constant surface speed, resulting in higher quality parts and longer tool life.
- Threads tapers and contours are performed faster and more efficiently while eliminating manual set-ups.
- Radial and spherical surfaces can be turned easily without using special tools or attachments. Programming is also made easier through using canned cycles which eliminate tool-path programming by automatically figuring rough and finish passes, (tool compensation is automatic)
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• High rigidity and output to meet the machining requirements of large-size workpieces
• Variety of functions to aid complex machining
• Examination of reduction of production costs
SR-32JtypeN
Max. machining diameter ø32mm(1-1/4in)
Max. headstock stroke Bar diameter×2.5(max.80mm)
4-spindle sleeve holder (for front working side)
Max. drilling capability ø13mm(1/2in)
Max. tapping capability M12×P1.75
Power-driven attachment
Max. drilling capability ø8mm(5/16in)
Max. tapping capability M6×P1.0
Main spindle speed max.7,000min-1
Main spindle motor (continuous/30min.) 5.5kw/7.5kw
Power-driven att. spindle speed max.5,000min-1
Power-driven att.drive motor 1.0kw
Dimensions(W×D×H) 2,711×1,275×1,705mm
Weight 3,100kg
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Automatic Lathes equipped with Star Motion Control System : SR-20R III
- A control system and high-speed feed to reduce dramatically non-cutting time
- A structure of superb rigidity thanks to Star original design
SPECIFICATIONS
Max. machining diameter ø20mm (25/32in)
Max. headstock stroke
- Standard 205mm(8in)
- with RMGB 172mm(6-25/32in)
4-spindle sleeve holder
- Max. drilling capacity ø10mm(25/64in)
- Max. tapping capacity M8×P1.25
- Max. die cutting capacity M8×P1.25
Power-driven attachment
- Max. drilling capacity ø8mm(5/16in)
- Max. tapping capacity M6×P1.0
- Max. milling capacity ø10mm(25/64in)
- Max. slotting capacity 1.5mm(W)×4mm(D)
Main spindle speed max.10,000min-1
Main spindle motor(continuous/15min.) 2.2kw/3.7kw
Dimension(W×D×H) 2,200×1,200×1,700mm
Weight 2,200kg
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Chevalier has always believed that people are the most important part of any business. However, how do you enable these people to work consistently at maximum efficiency with optimum output? You must supply them with the right machine tools. Chevalier’s range of expertly designed, high speed, high accuracy and high efficiency CNC lathes enable your business to reach the very highest level of productivity possible. Chevalier’s CNC lathes are perfect for the high speed cutting of highly durable and hardwearing materials such as; steel, aluminum and copper. Furthermore, despite a very high rate of work, Chevalier’s CNC lathes are also carefully designed to have an extremely high level of accuracy. It is this commitment to accuracy, speed and efficiency that set CNC lathes produced by Chevalier above those made by their competitors. The operation of the CNC lathes produced by Chevalier is extremely simple, with easy loading and unloading of work pieces, ensuring that work can continue throughout the entire working day.
Technical Features:
One-piece construction with slant back, owns high rigidity and reliability.
Gang- type tool selection, which shorts tools changing time, and improve working efficiency.
Front moving coolant tray and rear/side chips conveyor make the footprint of the machine smaller.
It is ideal for high speed cutting on materials like steel, cooper, aluminum and casting. The machining accuracy of the workpiece is high.
User-friendly operation design
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| ... products without technical information |
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CNC double six spindle machine, counter spindle version for simultaneous front and back working
- 12 separately driven motor spindles with C-axis capabilities
- Speed control for optimal cutting speeds, favorable chip breaking, and short cycle times
- 17 independently working CNC-controlled tool slides, optionally with one or two axis
- Intensive backworking in the same cycle
- Particularly suitable for part families due to flexible setup and fast changeover
- Complete machining with driven tools in all spindle positions
- High dampening effect of hydrostatically guided Z-axis
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| ... products without technical information |
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T-holder
TaeguTec has improved upon its own ISO compliant T-holder style clamping system to provide enhanced stability and clamping forces due to its improved mounting an clamping system design. TaeguTec has changed the shape of the clamp to prevent unexpected breakages and it has increased the shim size to stabilise insert mounting. These new measures provide exceptional tool life.
The T-holder will replace many kinds of conventional clamping holders, such as lever lock and multi lock clamping system. Many types of insert can be mounted upon the T-holder as opposed to using conventional holders.
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Rated the best collet chuck on the market.
- Balanced to 18,000 RPM @ G2.5
- 0.0001" runout from shank to collet pocket.
- Inspection report included with each holder detailing accuracy and balance.
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High accuracy toolholder featuring one action double clamping , with strong and positive clamping , with strong and positive clamping power requiring few parts
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Choose from a variety of toolholders, boring bars, cartridges, or modular systems to maximize lathe productivity.
Cartridges
Available in large range of lead angle geometries and various insert styles. Completely interchangeable in any bar, head, or tooling block manufactured to ANSI or ISO standards
Interchangeable Head Boring System
Composite, De-Vibrator, and Tunable bars perfect for machining at extended lengths without chatter, increased metal removal rates, and high precision.
KM Micro
Versatile, economical, and quick, this system is Kennametal proprietary, and it can be used to hold the conventional turning, threading, and grooving inserts. Available in shank sizes 16mm and below.
Kendex (for ID and OD machining)
Top clamp and MTS: These two systems provide the optimum pressure and additional chip wear protection for Kendex inserts.
Kenloc Combination Toolholder (for ID and OD machining)
The widely used combination holder with top clamp and pin has the largest range of sizes for all your Kenloc insert applications.
Screw On (for ID and OD machining)
Ideal for profiling and small part applications, these holders are popular for their precision, wide range of lead angles, and performance
Top Notch Turning (for ID and OD machining)
Robustness is the key: This system has been specifically engineered for cast iron machining applications.
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Toolholders
Improved Performance
. Greater Stability - allows higher feed rates without vibration
. Greater Accuracy - reliable clamping helps maintain close tolerances
. More Secure - new clamp feature grips the insert in two directions downward and back to pocket wall
. Easy Change Out - only one key required to change inserts
. Tolerances - less scrap with reduced measuring cuts required
. Flexibility - reduce inventory stock with total interchangeability of clamps and shims
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CUT-GRIP offers the complete solution for internal machining of grooving and turning applications.
HELITURN is ISCAR's insert with 4 cutting edges, especially essential in roughing applications where high removal rates are desired.
FEEDTURN, with 2 cutting edges ensures a high degree of stability, even at high feeds.
PENTACUT, for multifunction applications including grooving, parting, recessing and chamfering.
ISOTURN features interchangeable boring heads mounted on carbide shanks.
JET-CUT is a new family of tools for grooving and parting of hard materials, similar to the DO-GRIP but with 3 times the output due to internal coolant.
MODULAR-GRIP has all Grip systems in a single tool, for parting, turning, grooving and facing
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Long, predictable and reliable tool life summarize the grades in the Seco Tools' assortment of general turning grades. "Double your tool life", "Solutions to the stainless challenge" and "The ultimate grade" are attributes given to these grades.
Seco Tools' general turning program consists of three parts - TK1000™ and TK2000™, the Duratomic grades TM2000™, TM4000™ and TP2500™.
The General Turning Grades:
TP1500
TP1500 is an extremely wear resistant grade ideally suited for high speed turning operations in various kinds of steel.
MR6 Chipbreaker
MR6 is designed for peak performance in medium-rough turning of steels.
TS2000/TS2500
Inserts that cut faster, work harder and lasts longer. A new generation of grades for heat resistant alloys.
TP2500
Long, predictable tool life and the probability for an increase in cutting data make TP2500 the obvious choice for high volume and limited/unmanned production.
TM2000 AND TM4000
Duratomic is the main reason for the exceptional tool life and capability for increased cutting data. It makes TM2000/TM4000 the easy choices for high volume and unmanned production.
TK1000 AND TK2000
TK1000 and TK2000 have been developed for cast iron turning and provide reliability, improved cutting data and increased tool life.
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