Methods & Equipment offers Tooling from Briney, Nikken, Haimer, and others. Please give us a call when you are ready to purchase tool holders. Standard holders or shrink fit.
Briney Tool Holders – Select a Category
Get Superior Precision and 100% Longer Life Out of Your Tool Holders
Briney Tooling Systems is the leading supplier of CNC tool holders and shrink fit tooling systems in North America. Every tool holder we make is precision engineered with today’s high-speed spindles in mind. Our Tru VelocityTM tools can run up to 20,000 RPM without putting undue stress on a machine spindle and our Maximum VelocityTM tooling is balanced to 2.5 G or better at 30,000 RPM. This specification will meet or exceed the spindle balance specification for all machine tool builders.
This precision means you will get 100% longer tool life out of our shrink fit tool holders. It also means less down time for change outs, less spindle wear, optimum speeds and feed rates, and lower overall life cycle operating cost.
View our entire line of CNC tool holders and experience the difference Briney Tru VelocityTM tooling can make for your business.
Nikken Major Dream Pro End-Mill
Nikken NC Drill Chuck
Nikken Tapper Chucks
The right clamping technology for every kind of machining operation.
During machining, specific demands for tool holding are laid down by each industry and application. The range varies from high-speed cutting to heavy roughing.
HAIMER offers the right solution and clamping technology for all specific requirements. Therefore, each year we invest approximately 10 percent of our turnover in research and development.
Our primary interest is to offer our customers sustainable solutions which enable a competitive advantage. This way, you can always maintain your competitive advantage in machining.
Steep taper ASME B5.50 CAT40/CAT50
The traditional interface for milling spindles ASME B5.50 distinguishes itself through its extremely robust design. Its field of application ranges from fine machining to heavy duty roughing. The tool holder is pulled in the milling spindle with the help of an additional pull stud. The centering takes place via the taper contact. Therefore, the ASME B5.50 steep taper interface is primarily suitable for applications with a spindle speed of up to 12,000 rpm.
Steep taper JIS (MAS 403) BT30/BT40/BT50
The spindle interface JIS B 6339 as the traditional interface for milling spindles distinguishes itself through it robust design. Its field of application ranges from fine machining to heavy duty roughing. The tool holder is pulled in the milling spindle with the help of an additional pull stud. The centering takes place via the taper contact. Therefore, the JIS B 6339 interface is primarily suitable for applications with a spindle speed of up to 12,000 rpm.
Hollow taper shank DIN 69893 HSK-A, HSK-E, HSK-F
The interface DIN 69893 has become the new standard for machining centres. The holder is clamped via its taper with flange contact surface. By doing so, a highly accurate centring and fixed axial position of the holder in the spindle is granted with a high repetitive accuracy when exchanging the tools. In the DIN 69893-1 HSK-A interface design an additional torque transmission takes place at the taper shank with drive keys. DIN 69893 HSK-A/HSK-E/HSK-F is mainly used in high-speed machining.
ISO 26623 HAIMER CAPTO™ C6
The ISO 26623 spindle interface is an innovative tooling system with maximum precision and particularly widespread in multi-task machines (turn-mill centres). The torque transmission and centring takes place via the polygon-shaped taper with flange surface contact. As a result, a fixed axial positioning and a high degree of torsional rigidity is achieved.
Here you can download the complete product range of HAIMER tool holders as a PDF:
Shrink Fit Chucks, Collet Chucks, Weldon tool holder, …
PDF // 27 M
HAIMER Tool Guide: Overview of Tool Holder Technology
The HAIMER Tool Guide offers a comprehensive overview about the HAIMER delivery program as well as the application areas and technical features of the particular tool holding systems.
PDF // 1.2 M