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The Unicom 6000 machining centre is ideally suited for vertical turning and multi-sided machining of complex components. This highly flexible and powerful machining centre for complete machining results from the continuous development of vertical machining centres over a period of more than 25 years.
The concept of Unicom 6000 is based on a moving table with integrated carousel turning station and an interface that can receive pallets of up to 2.500 mm in diameter. The table movement is designated as Y-axis and it runs underneath a traverse with cross slide and spindle carrier. The movements of cross slide and spindle carrier are designated as X-and Z-axis respectively.
Unicom 6000:
4-Axes complete machining centre with HSK100-A interface, carousel turning station and pallet changer. The machine can be equipped with a right angular head or a universal head, in combination with C-axis mode in the carousel turning station.
Unicom 6000-HV:
5-Axes complete machining centre with carousel turning station, pallet changer and HSK 63-A interface in the integrated Unisign Nutator NC machining head as 5th axis, in combination with C-axis mode in the carousel turning station. This configuration is capable of 5-axes machining of complex components.
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The Vertical Line series machines with automated job feeding feature and special high speed electro spindles are quite suitable for mass production jobs. With modular tooling concept these machines are capable of performing variety of operations in one setup like, Turning, Milling, Drilling & Tapping and even Grinding. Vertical Line easily replaces horizontal single spindle machines with automation of gantry loaders or robots because of its simplicity and compactness.
The concept of moving the inverted vertical spindle head in all axes and keeping the front space of base open for customization of tooling requirement makes this machine series unique. Vertical Line series machines are having a single piece rigid construction base which supports all moving and stationery components
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| The C series is based on the slant- bed machines of sizes N 30, N 40 and N 50. The basic assemblies and components such as the bed, lathe spindle and driving units as well as the tailstock or counter spindle are identical with those from the lathe series. Single- and multi-slide concepts are available as parts of a modular design system. |
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| Atlas Copco’s versatile line of surface blasthole drills delivers the payload, even in the toughest mining environments. Whether carrier-mounted or track-mounted, Atlas Copco drills can be found working in mines and on construction sites around the globe: providing the power, ruggedness and reliability you have come to expect from a market leader. |
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| Atlas Copco's range of surface crawlers raises the quality of rock drilling to a new level. The lowest cost per tonne of rock produced comes from the higher productivity; straighter holes and better overall economy are designed into the range. These surface crawlers include several models that are ideally suited for bench drilling. Choose between hydraulic top-hammer, Atlas Copco's patented COPROD® system, or down-the-hole drilling methods. The unique SmartRig™ will help you to drill smarter holes with high shift capacity, low energy consumption, and innovative modules that improve productivity. Atlas Copco's range of crawlers is setting new standards for stability, maneuverability and safety in quarries and contracting work. |
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| With a diverse selection of lightweight to heavy-duty rigs, the extensive Atlas Copco water well drill line fulfills a variety of jobsite demands. Choose from the truck-mounted or carrier-mounted drills listed below with a range of pullback ratings, hole depths and hole diameters to fit your drilling needs. Atlas Copco water well drills can be found working around the globe, delivering the power and reliability you have come to expect. |
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ImpactorHL-1800
Features:
- Compact machine
- Robust and reliable machine
- Low weight of 7000 kg
- High speed winch generates approx. 35 hits per minute
- Suitable for augering, hydraulic impact hammer and
displacement drilling as well
Advantages:
- Low ground pressure
- Working in low headroom area's (min. 2700 mm)
- High trade-in value
- 100% perfects piles
Benefits:
- Up to 50% increased productivity
- Up to 40% less labour costs |
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ProLas - Compact Laser Workstation
Characteristics
This economical workstation incorporates a compact high accuracy design while maintaining great flexibility. The laser energy can be transmitted to the work piece via fiber optics, conventional or scanning optics.
Field of application
The ProLas is designed for laser processing precision miniature components.
Primary applications are found in the medical, dental, electronics, computer, communications, and micro machining industries requiring spot and seam welding plus drilling and cutting.
General Specifications
X axis travel 12" standard (optional 18")
Y axis travel 6"
Z axis travel 9"
Rotary axis with 5c collet holder 360° (optional)
DC servo drive with optical encoders
Positioning repeatability 0.0002"
Lead screw accuracy 0.003"/ft
G&M code programming
CAD/CAM software (optional)
Control Pentium PC with software and interface for all laser functions including laser parameters
Can be equipped with any standard LASAG laser source
With or without Class I enclosure
Fiber, conventional, or scanning beam delivery optics
Electrical, single phase 115V, 15A
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Machining center, automatizable, 4 axes for LASER drilling with diameters from 0,025 mm dof small mechanic parts, such as cylinder filters. The process uses pulsed Nd YAG sources direct or fiber delivered.
The dynamics and precision, entrusted to screw axes in the basic version, can be elevated to the state of the art in the aero version, with linear motors and granite structure.
The high technical content, the ease of use and its specificity make of it an excellent means in the refined processes with LASER technology. |
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Laser & Beam Delivery
Cutting Trimming Scribing Ablation Drilling Welding
Non-contact process
Sub-micron machining
No tool wear or breakage
Faster than conventional micro-machining
Accurate and repeatable process control
Low operation cost
Quick set-up and change over
Minimized material loss |
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| ... products without technical information |
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ProLas - Compact Laser Workstation
Characteristics
This economical workstation incorporates a compact high accuracy design while maintaining great flexibility. The laser energy can be transmitted to the work piece via fiber optics, conventional or scanning optics.
Field of application
The ProLas is designed for laser processing precision miniature components.
Primary applications are found in the medical, dental, electronics, computer, communications, and micro machining industries requiring spot and seam welding plus drilling and cutting.
General Specifications
X axis travel 12" standard (optional 18")
Y axis travel 6"
Z axis travel 9"
Rotary axis with 5c collet holder 360° (optional)
DC servo drive with optical encoders
Positioning repeatability 0.0002"
Lead screw accuracy 0.003"/ft
G&M code programming
CAD/CAM software (optional)
Control Pentium PC with software and interface for all laser functions including laser parameters
Can be equipped with any standard LASAG laser source
With or without Class I enclosure
Fiber, conventional, or scanning beam delivery optics
Electrical, single phase 115V, 15A
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Machining center, automatizable, 4 axes for LASER drilling with diameters from 0,025 mm dof small mechanic parts, such as cylinder filters. The process uses pulsed Nd YAG sources direct or fiber delivered.
The dynamics and precision, entrusted to screw axes in the basic version, can be elevated to the state of the art in the aero version, with linear motors and granite structure.
The high technical content, the ease of use and its specificity make of it an excellent means in the refined processes with LASER technology. |
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Laser & Beam Delivery
Cutting Trimming Scribing Ablation Drilling Welding
Non-contact process
Sub-micron machining
No tool wear or breakage
Faster than conventional micro-machining
Accurate and repeatable process control
Low operation cost
Quick set-up and change over
Minimized material loss |
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| ... products without technical information |
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