Automatic centering, without high pressure clamp
The high jaw is used for the best 5X visit
High installation screw can maximize clamping force and minimize jaw deflection
Precision of centering. 0007″
Small size for 5X processing with a 3.5-inch and 5.5-inch jaw width.
From high-pressure bottles to traditional milling machines to complex workpieces, provide solutions for flexible manufacturing centers
Only the best vise will do all the -allmatic when you need to be predetermined to be sensitive, partially closed, or enhanced.
Avoid deformation of parts, ensure constant pressure and ensure the location of parts. Put the best work tools in the world at work. With Allmatic vise and tombstone systems, any of our work is correct.
High precision multi-clamping
In a fixture, high precision machining can reach up to 5 planes, which can be fully automated multi-work assembly. They provide part location repeatability. Inner and outer clamp with large jaw selection. Extensive headstone configurations can be applied to various work envelope requirements.
Compact, but effective vise is always tight
Good operation is simple and ensures the best treatment for each application
Fast pre-select clamping range
The renewable clamping may include a torque wrench
The integrated scraper ensures reliability and minimizes cleaning
The optional central jaw allows two or more workpieces to be clamped
5 inches (125mm) or 6.3 inches (160mm)
Suitable applications:
Traditional and technical control of milling – efficient, precision machining
Horizontal installation – great variability and flexibility
Complete automation of basic mechanical equipment
The milling machine with traditional and technical control is simple and reliable
5 inches (125mm) or 6.3 inches (160mm)
Fast pre-select clamping range
Clamping accuracy
Innovative processing
High variability and flexibility
Hydraulic spindle or convertible can be used
Maximum clamping force 11,250 LbF(50kn) and clamping width 15.9 (405mm)
Allmatic HGD series
Strong and durable, suitable for heavy machinery processing, single chip, small batch
