Theme
Digital Transformation
Green Transformation
PINNACLE MACHINE TOOL CO., LTD.
Product Description :
2台立式 + 車床? <br />
立式+4軸轉台 + 車床?<br />
5軸機 + 車床?<br />
還在為複雜的工件煩惱買什麼機台嗎? <br />
BX700T絕對是最佳首選! Milling and Turning 銑車複合的五軸加工中心，B軸擺頭+/-120度，搭配內藏式15000轉主軸，內坎式C軸直徑630mm工作台，C軸轉速有800轉及1200轉作選擇。。專利設計，完美結合:最大的加工空間、最小的干涉、高精度及高效率的五軸銑車複合機。一台抵三台，投資成本相對少，佔地空間小。<br />
HO CHEN MACHINERY & ELECTRIC IND. CO., LTD.
Product Description :
X axis travel:
Single movement: 1125 mm (44" )inch
Dual movement: 560 mm (22") inch
YZ axis travel 700x500 mm (28"x20") inch
Work table: 1850x850 mm (73"x33") inch
Max. Workpiece: 2800x1400x700 mm (110"x55"x28") inch
Max. Workpiece weight: 5800 kg
Max. electrode weight: 400 kg
Machine net weight:8350 kg
Oil level: 110-550 mm (4"-22") inch
Packing size(LxWxH): 5430x4600x3090 mm (214"x181"x122") inch
Work Table to platen: 700-1200 mm (28"-47") inch
Filter： 4
Paper filter：8
Capacity：3400 Liters
Machine Features
> Windows CE controller
> A dialog window with picture description.
> Special repaired frames to quicken the maintenance speed.
> Close-loop design of digital feedback on three axes of the machine significantly increases positioning precision and ORBIT-CUT machining accuracy and efficiency.
> Simple operation interface.
> Common function keys are located on the operational panel for direct use.
> Hot key setting.
> ATC (automatic tool change) and C-axis 360° index can be installed; the process of coarse machining to ultra-fine machining can be completed at one time.
> Dialogue diagram provides various hole-expanding modes such as quick search of edge, centers and datum marks.
> Rich color graphic (the same resolution as a PC screen).
> Automatic multi-step machining (coarse, medium coarse, medium fine, fine, superfine)—up to 10 steps.
> Unlimited number of machining conditions can be saved as machining archives. Each set of machining conditions can be edited, modified or stored. They are easy to edit and easy to find.
> Automatic origin search and multi-point coordinate memory capability.
> 1/2 design capability, ARC automatic discharge waveform detection and automatic adjustment.
> Automatic center position detection, automatic compensation, search of hole center and deepest point; fixed hole machining (cyclic mode, independent mode), which is suitable for different machining conditions; Radial, circular, square, linear (vector), coning, 45° hole-expanding machining.
> Three-axis beeline, two-axis arc, three-axis helix.
> Chinese/English versions interface, metric/British system switch and Z-axis quick up, quick down, slow up and slow down capability.
> Lateral machining, three axes, six directions (plane rotation).
> All alarms describe the source, date and exact time of problem occurrence.
> Optical scale is applied for close-loop position control, enabling extreme position for machining.
> Automatic editing—settings can be done according to type of material, work piece size, machining depth, one side die clearance, final current and rate of electrode wear.
> CNC models possess conventional capability of consistent level of energy discharge, achieving stable and rapid machining and smooth high quality on machining surface while the rate of electrode wear is still low.
> Monitor page indicates machining path and orbital pattern in use.
Taiwan Auto-Design Co.
Product Description :
RecurDyn is an interdisciplinary CAE (Computer-Aided Engineering) software based on Multi-Body Dynamics (MBD).
It provides fast and efficient solvers, an intuitive interface, and various libraries.
RecurDyn simulates both rigid and flexible body dynamics by combining traditional rigid MBD with cutting-edge
finite element technology for modeling flexible bodies. In addition to MFBD (Multi Flexible Body Dynamics), RecurDyn
also includes a tightly integrated controller design tool, design optimization, and durability and fatigue analysis.
RecurDyn also supports co-simulation with various other CAE software tools. It enables a seamless co-simulation
environment (Particleworks Interface) for coupled simulations with computational fluid dynamics solver, Particleworks,
allowing for detailed analysis of the interaction of fluids and multi-body systems.
TJR PRECISION TECHNOLOGY CO., LTD.
Product Description :
① Both the tilting axis and rotary axis use large-diameter radial & axial bearings.
② Because the tilting axis normally needs to bear heary load, Japanese-made worm and worm gear are employed to improve wear resistance and precision of the tilting axis.
(Its wear life is 2.6 times longer than aluminum bronze PBC3.)
③ Anti-wear alloy steel worm gear is optional.
④ A hydraulic brake for the tilting axis is optional.
KAO FONG MACHINERY CO., LTD.
Product Description :
Optimized C-type structure of the proportion of gold design, machine rigidity and stability of good. Three-axis use the ball-type linear guideway. Achieving a perfect balance in the perspectives of promotion of precision and high rigidiy, the product is designed for the industry with high efficiency processing need. On the aspect of cutting chip with high efficiency, the performance is near perfect , the ultimate tool to enhance production efficiency and profit cration for investors. Mainly used in general precision machinery and 3C electronic parts, and automobile and locomotive industries, processing mold industry, aerospace, medical equipment industryand so on.
KING NICE TECH.CO., LTD.
Product Description :
It can effectively separate the slide oil,foreign matter oil,etc.on the surface of the water tank.Reduce the foul smell produced by the fusion of cutting fluid.
Reduce oil mist and liquid fly rafts causing grease on machinery and workpieces.Free from skin irritation and allergies.
No need to discharge,can reduce the amount of waste oil and wastewater treatment.
Reduce workpiece corrosion,rust,improve machining accuracy and extend tool life.
Purify cutting fluid to stabilize its quality,extend life and improve processing efficiency.
Filter impurities such as suspended solids to prevent backlash form affecting the surface of the motor and theworkpiece.
Stop theproduction of anaerobice bacteria and reduce the frequency of changing cutting fluid.
Reduce the failure rate of pipe and motor blockage.
Reduce labor costs and cleaning time for cutting fluids .Save processing costs for waste oil recovery.
