Mechanical zero point base plate and workholding
Best Quality mechanical zero point base plate and workholding China Manufacturer & Supplier
- Saving set time and reducing machine tool down time
- Zero point base plate 4-point clamping design, 14kN power clamping force allow heavy machining
- Sefl centering vise is compact design,high repeatability accuracy and stability
- modular collet and chuck fixture designed for clamping round bar workpiece quickly and effectively
- Mdular dovetail fixture designed to achieve quick change between different part
- Riser and pyramid used to increase the productivity of 5 axis machining centres
various base plate and workholding solution
Silvercnc zero point base plate and workholding products line including :
Zero point base plate– 52mm and 96mm, Multi -positon base plate, Pneumatic type base plate
Self centering vise,Riser, Pyramid, Tombstomes
Dovetail and modular dovetail fixtures,modular collet and chuck fixture
zero point base plate and workholding application
base plate,self-centering vise,angle plate
Zero point base plate and self centering vise fixed on machine tool table are the most commonly used scenarios
Double station plate can improve machine tool usage and clamping efficiency further
Without rotary table, when using a right angle plate, 5 surfaces can be machined to ensure machining accuracy
Application - on 4th axis rotary table
Fixing the zero point base plate on the flange of the 4-axis, combined with various types of fixtures to ensure that the coordinate origin remains unchanged, which can achieve efficient clamping and machining
For C170 and small 4axis models, please use 52mm plate, for bigger 4axis models, please choose 96mm type zero plate and self centering vise
please use the positioning hole on the zero plate to calibrate the center without purchasing a center calibration plate
Application - on trunnion table
The trunnion table and zero point plate are also the most common application.
4axis rotary, tailstock, 2/3/4 multiple sides in one bridge plate, 2/3/4 sets of zero point,vise,chuck combination
Pneumatic zero point plate can also be selected to achieve automated upper and lower workpiece for machining.
dovetail fixtures Application
Dovetail fixtures can be mounted on four and five-axis CNC machines for milling applications. It offers superior clamping strength and part access
Dovetail and zero point plate combined, which can reduce clamping time, improve the efficiency of machine tool, and also improve machining accuracy.Ideal for small parts that need a lot of clearance
Three models of dovetails for you to choose.all of which has been improved to have the ability to mount to 52 and 96mm base plates
Application - on 5th axis rotary table
The trunnion table and zero point plate are also the most common application.
4axis rotary, tailstock, 2/3/4 multiple sides in one bridge plate, 2/3/4 sets of zero point,vise,chuck combination
Pneumatic zero point plate can also be selected to achieve automated upper and lower workpiece for machining.
Riser and pyramid application
For some small parts machining on 5axis machine tools, you have to increase the height of the parts to improve flexibility and prevent interference.
Riser and zero point plate is a very popular and cheap solution. The material for the raised is aluminum, and the bolt holes at the bottom are determined based on the machine tool work table T-slot distance.
pyramid design provides maximum access to all machined surfaces and allows or enhanced spindle and cutting tool clearance
SilverCNC pyramid compatible with SC96-S195 zero point plate,various of dovetail,vise, chuck and serrated jaw options are available.
tombstone application
Tombstone used on HMC or rotary table, which is an efficient and effective workholding solutions for CNC machining operations
Many type of fixture can fixed on the tombstone, such as zero point plate, self centering vise, OK vise. to meet your processing requirements.
Tombstome can also be integrated with 5th axis rotary table for processing multiple surfaces at one time, improving machining efficiency.
