die mould glass

die mould glass

Large diameter hot mold method centrifugal pipe casting machine

description： Hotmoldmethodcentrifugalpipecastingmachineistheequ...

Water cold metal mold centrifugal casting machine

description： Watercoldmetalmoldcentrifugalcastingmachineistheeq...

The Pipe Mold Maintenance Equipments

description： Thepipemoldmaintenanceequipmentsincludepipemoldpee...

Horizontal Continuous Annealing Furnace

description： Theannealingfurnacecanbedividedintohorizontalconti... description: The Evaporative Pattern Casting is the “greening” and “efficient” engineering in the foundry fields of 21 century, and is a revolution and sublimation in the history of foundry, which is appraised as “the hi-tech in the 21 century”. It is to take advantage of the foam plastic as mold, which shall be painted by special paint and buried into the dry sand and become the molding with real form cavity, which, after jolting, shall be cast by molten metal under the negative pressure and replace the space of the molding, and condense into the seamless cast piece with the same form as the real molding.  The technological properties of EPC: the cast piece is fine in quality—fine in texture, high in precision, and tidy in surface; wide adaptability—without limit on the material, applicable to large and small pieces, and without limit on each batch; lower in cost—saving in investment, rapid in starting, and few in cleaning work; remarkable in economic benefit—high in efficiency, high in production and finishing product ratio; environment friendly—removal of the noise and dust, few in discharge of waste, and lowering of labor strength.  Our company owns the domestic advanced EPC technology, the equipment completing manufacturing capacity, and the rich experience on the site commissioning. Therefore, we can provide for our users the feasibility study of EPC, the engineering design, equipment manufacturing, and the credible service on the special paint, engineering technology and technical consulting. The completing equipment such as pre-foaming machine, molding machine, three-dimensional jolting machine, vacumm machines, PLC control system etc are special and fine, reliable in properties, and low in price, which can help the users to realize their goal in profiting.

die mould spoon

die mould spoon

Address: No. 25/28, Tejendra Estate, Opposite Torrent Power, Odhav Road, Near Soni's Chawl, Odhav, Ahmedabad - 382415, karachi pakistan.


Mould link for Made By Pakistan

Address: No. 25/28, Tejendra Estate, Opposite Torrent Power, Odhav Road, Near Soni's Chawl, Odhav, Ahmedabad - 382415, Gujarat, India

GEAR SHAVING MACHINE HGS 4H-NC4 / NC5

NC5
Works	Max. Module	1~8 mm
	Max. O.D.	25~400 mm
	Max. Works Width	150 mm
	Max. Works Length	700 mm
Axial axis	Max. Infeed	± 75 mm
Tangential axis	Max. Infeed	± 6 mm
Cutter	Max. Cutter Width	50 rpm
	Max. O.D.	265 mm
	Cutter Head Swivel	± 20 o
	Max. rpm	50~400 mm
	Cutter Bore Dia.	63.5 mm
Cutting Method Conventional Diagonal Under-pass Plunge

worm gear angle size

Draft angle 90 degree 

worm gear

Abstract

A UK university group has developed 3D modelling called Virtual Reality Machining. Design of previously too complex components is possible, particularly in the field of transmission. A globoid worm-gear drive, with several advantages, is the first product offered for joint development and licensing. Partners will come from heavy machining e.g. elevators, military and mining. 

Details

Worm drives provide an effective way for high-ratio speed reduction and power transmission applications in a limited space using right angle, but non-intersecting shafts. When properly applied, worm drives provide the smoothest, quietest form of drives. There are a variety of worm drives applied in a wide range of applications. One of the state-of-the-art results of research and development is a globoid worm-gear drive.
The globoid worm-gear drive is quite different from the traditional cylindrical worm-wheel drive in that the worm is a globoid worm whilst the wheel is a standard involute helical gear. The tooth surface of the globoid worm is enveloped by a family of tooth surfaces of an involute helical gear.

Innovative Aspects:
With comparison to the conventional cylindrical worm-wheel drive, it has the following advantages:
• Better line contact.
• More teeth engaged.
• Higher load capacity.
• Better lubrication.
• A more compact size.
• Easier manufacturing.

Technology sector	- Design and Modelling / Prototypes - Industrial Manufacture - Traction/Propulsion Systems
Market application	- Industrial Equipment and Machinery - Mining machinery - Industrial trucks and tractors - Motor vehicles, transportation equipment and parts - Construction
Stage of development	Available for demonstration
Patent Rights (IPR)	Secret know-how
	The mathematical model is difficult to invent around. Joint patenting will be considered with partners for specific designs.
Cooperation type	- License Agreement - Joint further development - Testing of new applications - Financial Resources Type of partner sought: Industry, research. Specific area of activity of the partner: Heavy machinery; manufacturers of worm gears. Task to be performed: The university would be responsible for total design and test procedure, and the partners can be responsible for funding, manufacturing and commercial aspects. The group leader can attend the company or institute to join this work.
Organisation type	Research institute/University      Org. Size: > 500

worm gear

Abstract

A UK university group has developed 3D modelling called Virtual Reality Machining. Design of previously too complex components is possible, particularly in the field of transmission. A globoid worm-gear drive, with several advantages, is the first product offered for joint development and licensing. Partners will come from heavy machining e.g. elevators, military and mining. 

Details

Worm drives provide an effective way for high-ratio speed reduction and power transmission applications in a limited space using right angle, but non-intersecting shafts. When properly applied, worm drives provide the smoothest, quietest form of drives. There are a variety of worm drives applied in a wide range of applications. One of the state-of-the-art results of research and development is a globoid worm-gear drive.
The globoid worm-gear drive is quite different from the traditional cylindrical worm-wheel drive in that the worm is a globoid worm whilst the wheel is a standard involute helical gear. The tooth surface of the globoid worm is enveloped by a family of tooth surfaces of an involute helical gear.

Innovative Aspects:
With comparison to the conventional cylindrical worm-wheel drive, it has the following advantages:
• Better line contact.
• More teeth engaged.
• Higher load capacity.
• Better lubrication.
• A more compact size.
• Easier manufacturing.

Technology sector	- Design and Modelling / Prototypes - Industrial Manufacture - Traction/Propulsion Systems
Market application	- Industrial Equipment and Machinery - Mining machinery - Industrial trucks and tractors - Motor vehicles, transportation equipment and parts - Construction
Stage of development	Available for demonstration
Patent Rights (IPR)	Secret know-how
	The mathematical model is difficult to invent around. Joint patenting will be considered with partners for specific designs.
Cooperation type	- License Agreement - Joint further development - Testing of new applications - Financial Resources Type of partner sought: Industry, research. Specific area of activity of the partner: Heavy machinery; manufacturers of worm gears. Task to be performed: The university would be responsible for total design and test procedure, and the partners can be responsible for funding, manufacturing and commercial aspects. The group leader can attend the company or institute to join this work.
Organisation type	Research institute/University      Org. Size: > 500

industrial components

industrial components

Ceramic Support

Application	Measuring Instrument
Material	Al2O3 99.7%
Weight [g]	0.15
Tolerance [mm]	±0.02
Special Characteristics

Ceramic Slide

Application	Optical Instrument
Material	Al2O3 + Doping
Weight [g]	0.9
Tolerance [mm]	±0.03
Special Characteristics	Black, red or blue

Ceramic Cam Plate, Toothed

Application	Electromechanical Equipment
Material	Al2O3 99.7%
Weight [g]	10.3
Tolerance [mm]	±0.05
Special Characteristics	toothed

Water Jet Assembly - Ceramic Nozzle

Application	Machine Industry
Material	ZrO2
Weight [g]	0.45 / 4.95
Tolerance [mm]	±0.005
Special Characteristics

Ceramic Tape Guide

Application	Audio Instrument
Material	ZrO2
Weight [g]	0.05
Tolerance [mm]	±0.01
Special Characteristics	Surface Quality Ra 0.1

Dented Wheel, Ceramic

Application	Watch Industry
Material	Polycrystaline Ruby
Weight [g]	0.0053
Tolerance [mm]	-
Special Characteristics	2 sides lapped, toothed

nc milling programing

O ØØ1Ø
NØØ1Ø GØØ X-15 Y-15 ;
NØØ2Ø G41 XØ YØ F1ØØ ; (Start-Up Move)
NØØ3Ø Y4Ø ;
NØØ4Ø X3Ø Y8Ø ;
NØØ5Ø X6Ø ;
NØØ6Ø GØ2 X1ØØ Y4Ø R4Ø ;
NØØ7Ø GØ1 Y3Ø ;
NØØ8Ø GØ3 X7Ø YØ R3Ø ;
NØØ9Ø XØ ;
NØ1ØØ X-15 Y-15 ; (Cancellation Move)

cnc milling programing pdf

cnc milling programing

1. G CODES -
2. G85
3. (BORING).
4. A G85 (Boring) command is written in the following
5. format:
6. please refer to page 52 for the variable definitions.
7. (G9Ø) (G98)
8.  or or
9. (G91) (G99)
10. G85 X.... Y.... Z.... R.... F.... ;
11. + Z AXIS DIRECTION.
12. Sequence of moves:
13. Op 1) Rapid position to X, Y and Z (the initial level).
14. Op 2) Rapid traverse to R point level.
15. Op 3) Feed in to the Z depth.
16. Op 4) Feed back to R point level.
17. If the G98 code is programmed within the cycle, the
18. next move will be a rapid traverse to the Initial level. If
19. the G99 code is programmed within the cycle, there
20. will be no movement.

NØØ4Ø MØ6 TØ1 ;

2. NØØ5Ø G9Ø GØØ X1Ø Y3Ø Z12 S1ØØØ MØ3 ;
3. NØØ6Ø G99 G81 X1Ø Y3Ø Z-17 R2 F75 ;
4. NØØ7Ø Y1Ø ;
5. NØØ8Ø X3Ø ;
6. NØØ9Ø G98 Y3Ø ;
7. NØ1ØØ G99 X9Ø ;
8. NØ11Ø Y1Ø ;
9. NØ12Ø X11Ø ;
10. NØ13Ø G98 Y3Ø ;
11. NØ14Ø G91 G8Ø G28 XØ YØ ZØ MØ5 ;
12. NØ15Ø MØ6 TØ2 ;
13. NØ16Ø G9Ø GØØ X6Ø Y28 Z12 S75Ø MØ3 ;
14. NØ17Ø G99 G83 X6Ø Y28 Z-17 Q6 R2 F6Ø ;
15. NØ18Ø G98 Y12 ;
16. NØ19Ø G91 G8Ø G28 XØ YØ ZØ MØ5 ;
17. NØ2ØØ M3Ø ;
18. Tool change.
19. Tool position to initial level.
20. Hole 1 retract R point.
21. Hole 2 retract R point.
22. Hole 3 retract R point.
23. Hole 4 retract initial level.
24. Hole 5 retract R point.
25. Hole 6 retract R point.
26. Hole 7 retract R point.
27. Hole 8 retract initial level.
28. Home position spindle stop.
29. Tool change.
30. Tool position initial level.
31. Hole 9 retract R point.
32. Hole 1Ø retract initial level.
33. Home position spindle stop.
34. Program stop.

CNC PROGRAMMING FOR CENTER

CNC PROGRAMMING FOR CENTER

InspectionXpert for Pro/ENGINEER is first article and in process inspection software that automates the creation of a bubbled print and inspection report directly from Pro/ENGINEER or CREO. InspectionXpert for Pro/ENGINEER is a PTC PartnerAdvantage Silver Product add-in that automates the ballooning of Pro/ENGINEER or Creo Parametric drawings and creation of Inspection Sheets for quality control inspections. Eliminate time-consuming, error-prone processes for a time savings of more than 90%.     

Seamless integration into the Pro/ENGINEER interface provides direct access to the necessary dimensions, tolerances, units and custom properties of your Pro/ENGINEER models and drawings.  In just a few clicks you can instantly create ballooned models, drawings and inspection reports.   

BobCAD-CAM for 5 Axis (Pro)

BobCAD-CAM for 5 Axis (Pro)

BobCAD-CAM 5 Axis CNC Programming technology places quality and precision multi-axis machining at your finger tips. You can now take full command of your toolpaths through machining wizards that remove the guesswork from creating g-code programs for your most complex jobs. This level of CNC machining has never been this easy! The Version 25 Multi-Axis 4 & 5 axis CAD/CAM system provides the right toolpath and programming functionality for the most complex jobs while giving them to you in an intuitive interface that makes programming these types of parts easy!

Machining Features	5 Axis Mill Standard	5 Axis Mill Professional
4 Axis Indexing
4 Axis Wrapping
4 Axis Simultaneous
4 Axis Rotary
5 Axis Indexing
5 Axis Trimming
5 Axis Simultaneous
Undercut Toolpath
Flow Toolpath
Parallel Cuts
Cuts Along a Curve
Morph Between 2 Curves
Parallel to Multiple Curves
Project Curves
Morph Between Surfaces
Parallel to Surface
Full Machine Simulation