Steel insert TG GripSert

carbidefor metal

Product overview
TG GripSerts TG-STD workholding inserts are engineered to grip steel workpieces in multi-axis machining. Requiring only 3.5 mm of clamp surface to secure the part, the inserts' triangular geometry and toothed profile generate a pull-down effect that prevents lifting during clamping. The inserts are made from a tough-coated cemented carbide designed to penetrate steel.

Advantages

• Triangular shape with a 5° taper and toothed geometry provides stable clamping without pre-machining or dovetail machining of the workpiece.
• Pull-down effect prevents workpiece lift during clamping, improving repeatability in 5-axis operations.
• Design absorbs and damps vibrations, allowing secure holding at lower clamping forces and reducing workpiece deformation.
• Enables higher material removal rates and less scrap compared with conventional clamping methods.

Packaging
Sold in packs of 10.

Product types

• TG-ALU — GripSert for aluminum workpieces
• TG-STD — GripSert for steel workpieces
• TG-HRC — GripSert for hardened steel / titanium workpieces

Selected part

• TG-STD — Carbide Steel Inserts - For Steel - Set of 10

Part table

• ID: 133940 | SKU: TG-STD | Part Number: TG-STD | L: 10.81 mm | L1: 1.70 mm | L2: 0.30 mm | W: 3.18 mm | W1: 0.30 mm | H: 0.59 mm | H1: 0.36 mm | V: 70° | V1: 40° | V2: 30° | V3: 70° | V4: 5° | PN

Additional media
Technical supplement available (product information PDF).

caractéristiques / spécifications techniques

• Overall Length (L): 10.81 mm
• Between Center Points Length (L1): 1.70 mm
• Contact Surface Length (L2): 0.30 mm
• Overall Width (W): 3.18 mm
• Clamping Surface Width (W1): 0.30 mm
• Height (H): 0.59 mm
• Tooth Height (H1): 0.36 mm
• Clamping Surface Notch Angle: 70°
• Tooth Angle: 40°
• Notch Angle: 30°
• Notch In Clamp Surface Angle: 70°
• Taper / Triangular shape angle: 5°
• Material: tough-coated cemented carbide (designed to penetrate steel)
• Application: workholding inserts for steel; suitable for 5-axis machining; pull-down effect prevents lifting