Precision‑manufactured EROWA MTS clamping modules as part of a modular clamping system.

Products

Workpiece clamping:

Precision as the foundation of every production process

The right tooling system is the basis for efficient production. EROWA offers a broad portfolio of standardized, modular solutions for every workpiece format - from delicate precision parts to massive large components. Our zero-point clamping systems, self centering vise and palletizing systems enable set-up parallel to machining time, exact repeatability and seamless integration into automated production processes.

Whether milling, eroding, measuring or grinding: EROWA clamping technology ensures a process-reliable workpiece mount at the highest level of precision. All systems are compatible with each other and can be flexibly combined or expanded - without losing the defined reference. This means your production remains scalable and adaptable, regardless of component size or degree of automation.

In conjunction with EROWA automation and process control systems, a continuous workflow is created - from standardized workpiece clamping to handling and data-controlled, transparent production.

Modular. Safe. Powerful.

Clamping & Tooling

The EROWA CleverClamp is a clamping system from EROWA for holding workpieces.
CleverClamp & ClampSet
EROWA CleverClamp and ClampSet enable flexible, precise workpiece clamping – for fast changeovers, stable processes and highest repeatability.
The EROWA Tooling EDM is a clamping system for electrode machining.
EDM
EROWA solutions for EDM ensure precise electrode handling, stable processes and repeatable results – from setup to automated production.
The EROWA GTS is a modular zero‑point clamping system from EROWA.
GTS (Giant Tooling System)
The EROWA GTS is a clamping system for large and heavy workpieces – offering high clamping force, stable referencing and suitability for demanding machining and automation.
The EROWA ITS is a clamping system for holding workpieces and electrodes.
ITS (Integrated Tooling System)
The EROWA ITS is a precise zero-point clamping system for electrodes and workpieces – enabling repeatable setups across EDM, milling and measuring.
The EROWA MTS is a modular clamping system from EROWA.
MTS (Modular Tooling System)
The EROWA MTS is a modular clamping system offering high stability and precision – ideal for larger workpieces and automated manufacturing.
The EROWA PC 210 is a clamping system from EROWA for holding workpieces.
PC 210 (ProductionChuck 210)
The EROWA ProductionChuck 210 is a compact zero-point clamping system with central media feed-through – ideal for precise, flexible and automated manufacturing.
The EROWA PCP is a clamping system from EROWA for holding workpieces.
PCP (PowerChuck P)
The EROWA PowerChuck P delivers high clamping force and precise referencing – ensuring stable processes and reliable results in CNC machining.
The EROWA PM is a clamping system from EROWA for holding workpieces.
PM Tooling
Variable part geometries require flexible clamping solutions. The EROWA PM Tooling System creates a precise interface between the punch, die, and powder press—reducing setup times.
Raw workpiece clamped in an EROWA clamping system.
Blank Vise & Self-centering Vise
EROWA raw part and centering vises enable precise and flexible clamping of raw workpieces – ideal for complex geometries and automated machining.
Rectangular EROWA UPC clamping plate with multiple precisely arranged holes and reference elements.
UPC (Universal PowerChuck)
The EROWA UPC system offers high clamping force and stable referencing for large workpieces – ideal for demanding machining and automation.
Rectangular EROWA VPC base plate with a mounted clamping fixture and positioning pins.
VPC (Vise Power Clamp)
The EROWA VPC system clamps vises, fixtures and workpieces flexibly on pallets – robust, repeatable and ideal for automation.
EROWA WEDM setup with workpieces clamped in a frame with guides on a base plate.
WEDM
EROWA WEDM solutions provide precise positioning and stable clamping for wire EDM – ensuring highest accuracy and process reliability.