150mm SDHCL 2525 Turning Holder for DCMT 11T3 Indexable Inserts, 107.5° - Teknik Makina

Turning Holder (SDHCL 2525) for DCMT 11T3 Inserts — Teknik Makina

The Turning Holder is a robust toolholder designed to securely clamp DCMT 11T3 indexable inserts for precise left-hand turning operations in metalworking.

• SDHCL 2525 for DCMT 11T3 inserts
• 150 mm overall length for deep reach
• 25 mm shank width and height
• 107.5° cutting angle for stable cuts
• Left-hand cutting direction

Consistent Rigidity and Repeatability for Accurate Turning

The Turning Holder delivers Rigidity that reduces vibration and improves Surface Finish when machining a variety of materials. The clamping concept ensures repeatable insert positioning so that tool paths remain stable cycle after cycle. For users seeking measurable improvements in tool life and part quality, this Holder provides a straightforward way to raise Process Reliability without changing machine settings.

Clear Dimensions and Direct Compatibility to Save Setup Time

With an Overall Length of 150 mm and a Shank of 25 mm x 25 mm, the holder fits common toolpost mounts and enables access to deeper workpieces. The Schneidkopf Width of 32 mm and ISO designation SDHCL 2525 make it compatible with DCMT 11T3 indexable inserts, simplifying procurement and changeover. For those new to insert coding: DCMT denotes a diamond-shaped insert with specific rake and clearance characteristics, chosen here for universal turning tasks.

Geometry Designed for Efficient Cutting and Chip Control

The Holder’s 107.5° Cutting Angle and Left-Hand cutting direction concentrate cutting forces to the clamped Insert, promoting stable cutting and predictable chip flow. This geometry helps reduce deflection during interrupted cuts and supports consistent surface tolerance. Operators benefit from fewer reworks and more predictable tool-change intervals, improving overall Shop Floor Throughput with minimal process adjustment.

Who Benefits and Where to Get Expert Advice

Precision Workshops, Job Shops and Maintenance Departments that require reliable, repeatable turning operations will find this Holder especially useful. Installation and selection are straightforward, yet technical choices such as Insert Grade or Cutting Conditions can impact results. METAV Werkzeuge offers extensive and competent advice for tool selection and application support; expert help is available if further technical data or compatibility checks are needed.

We recommend Teknik Makina’s Turning Holder SDHCL 2525 for reliable, precision turning — for personalised advice contact METAV Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930.

• Designation: Turning Holder (Klemmhalter)
• Brand: Teknik Makina
• SKU: D352TM
• Compatible Inserts: DCMT 11T3
• ISO Designation: SDHCL 2525
• Overall Length: 150 mm
• Shank Width: 25 mm
• Shank Height: 25 mm
• Cutting Head Width: 32 mm
• Cutting Angle: 107.5°
• Cutting Direction: Left
• Weight: 0.738 kg
• GTIN: 4061905153518
• Availability: In Stock
• Condition: New
• Manufacturer: Teknik Makina, Nolu Sokak, No 9, Selcuklu, Turkey, eMail: info@teknik-makina.com
• Responsible Person: Metav Werkzeuge GmbH, Parkring 45, 46446 Emmerich, eMail: info@metav-werkzeuge.com

FAQ

What inserts fit the Turning Holder from Teknik Makina and which designation should I order?
The Turning Holder from Teknik Makina is designed for DCMT 11T3 indexable inserts; order inserts matching the DCMT 11T3 geometry to ensure correct fit and cutting performance with the SDHCL 2525 clamp.

Can the Turning Holder SDHCL 2525 be mounted on my existing toolpost?
The SDHCL 2525 Turning Holder has a Shank of 25 mm x 25 mm and an Overall Length of 150 mm, so it fits standard toolpost systems that accept a 25 mm shank; confirm your toolpost clamping dimensions or contact METAV Werkzeuge for compatibility checks.

How does the 107.5° cutting angle affect machining with the Teknik Makina Turning Holder?
The 107.5° cutting angle concentrates cutting forces to the Insert and Holder interface, improving stability and chip control during turning; this leads to more consistent surface quality and extended Insert life under comparable cutting conditions.