Universal Machining Centers from GROB
4- and 5-axis machining centers for maximum productivity, precision, and flexibility in your manufacturing operations
GROB’s universal machining centers represent a well-thought-out combination of kinematics, stability, and productivity. They enable high-precision milling and turning tasks on a wide variety of stocks—from aluminum to high-strength alloys.
The unique selling point of GROB’s universal machines lies in their well-thought-out machine design. Depending on the application, horizontal or vertical spindle configurations are used, each designed to provide optimal machining conditions. Combined with their compact design and maximum stability, our machining centers enable highly effective 5-axis simultaneous machining.
- Minimal footprint with maximum work area
- High stability for demanding machining processes
- Consistent performance even during long runs
Thanks to modular options and extensive configuration possibilities, the machines can be precisely tailored to specific manufacturing requirements—from single-part production to large-scale series production.
-
High Productivity
Optimized cycle times & reduced idle states
-
Flexible Automation
Solutionstailored to your needs
-
100 Years of Process and Engineering Experience
in a wide variety of industries
-
Long-Lasting Quality
High-quality construction for long-term, reliable performance
-
High Flexibility
Tasking with a wide variety of materials and geometries
-
Maximum Precision
Maximum repeatability for complex components
-
Flexible deployment options
in various industries
-
Future-proof
Scalable Solutions for Growing Needs
The Right Machine for Every Application
The 4-axis machines are designed for efficient mass production and stand out for their robust construction and high dynamic performance.
The 5-axis type of construction enables the complete machining of complex parts in a single clamping.
These machines integrate milling and turning processes into a single platform, enabling end-to-end, complete machining.
Thanks to dynamic axes, a stable, damped gantry structure, and high tool capacity, these machines enable maximum productivity combined with high manufacturing flexibility.
Areas of Application
GROB’s universal machining centers are used in numerous industries and offer the right solution for a wide variety of manufacturing requirements. Whether 4-axis, 5-axis, turning, or gantry machining centers—these machines enable precise, cost-effective, and reliable machining of complex parts in single-part, small-batch, and high-volume production.
Typical applications include the aerospace industry, mechanical engineering, the and mold industry, the automotive industry, medical technology, energy technology, and the agricultural, construction, and rail vehicle sectors. A wide variety of stocks, such as aluminum, steel, stainless steel, titanium, cast materials, and high-strength alloys, are machined efficiently. Thanks to the machines’ high flexibility, both simple machining tasks and demanding milling, turning, and simultaneous machining operations can be carried out cost-effectively.
Thanks to modular configuration options and integrable automation solutions, GROB’s universal machines can be precisely tailored to individual production requirements, creating optimal conditions for future-proof, high-performance manufacturing.
Material: Aluminum
Material: Stainless steel
Material: Stainless steel
Material: Steel
Material: 1.2312
Material: GG25
Material: Titanium
Material: Chromium-nickel steel
Material: F7050
Material: Aluminum
Material: Titanium
Material: Aluminum alloy
Material: Stainless steel
References & Real-World Examples
Automation perfectly tailored to its specific needs, the capability for deep-hole drilling up to 280 mm, and an intelligent process control system were the key factors that convinced the measuring instrument manufacturer Blum-Novotest GmbH to choose a GROB G150 universal machine with a GROB robot cell GRC-R60 and GROB control software.
FAQ - Frequently Asked Questions About GROB's Universal Machining Centers
A universal machining center is a CNC machine that combines multiple machining tasks—such as milling, drilling, and, optionally, turning—in a single clamping. The goal is to complete the machining of a part with minimal setup time.
In milling, the tool rotates; in turning, the part rotates. Milling-turning centers combine both processes, allowing rotationally symmetric and complex geometries to be machined on a single machine.
The unique selling point of GROB universal machines is their horizontal spindle orientation. This design ensures optimal chip evacuation and prevents heat input into the workpiece.
Combined with their compact design and maximum stability, GROB machining centers enable highly effective 5-axis simultaneous machining.
Customers benefit from the highest precision, longer tool life, and the flexibility to perform a wide variety of tasks (from aluminum to titanium) cost-effectively.
The machines are designed for:
- Steel & Stainless Steel
- Aluminum & light metals
- Titanium & nickel-based alloys
- Cast materials
This makes them suitable for a wide range of industries, including automotive, aerospace, the and mold industry, medical and energy technology, and mechanical engineering.
Yes, GROB’s 5-axis universal machines are fully automatable and can be seamlessly integrated into existing or new production lines—from a single machine to a highly automated production cell.
GROB develops and manufactures all automation components in-house, thereby ensuring the highest quality, availability, and system compatibility.
Available automation solutions:
- Rotary Pallet Storage System (PSS-R)
The ideal entry point into automated and highly efficient manufacturing - Linear pallet storage system (PSS-L)
Highly automated, flexible production lines for parts with a wide variety of variants - Pallet Tower Storage System (PSS-T)
Expansion of the G-modules into a flexible production cell - Pallet
Change System: Setup parallel to part machining while workpieces are being machined - GROB robot cell (GRC)
Maximum flexibility and customization for complex automation requirements
All systems feature a modular design and can be scaled to meet specific customer requirements.
From the mold industry to medical technology and the automotive industry, and on to semiconductors and aerospace—we transform complex manufacturing requirements into highly efficient production processes.
