EMAG EMAG VG 110

$250,000 - $450,000 Updated 2026-03-19

Key Specifications

max chuck diameter

100 / 190 mm (3.9 / 7.5 in)

max internal machining diameter

60 mm (2.4 in)

max grinding length

60 mm (2.4 in)

workpiece diameter range

2 - 60 mm (0.08 - 2.4 in)

x axis travel

mmin

z axis travel

mmin

Overview

The EMAG VG 110 is a compact vertical CNC face and internal grinder designed for high-volume production of small chucked parts in the 2 to 60 mm diameter range. Built on EMAG’s signature vertical machine concept, the VG 110 combines face grinding and internal grinding — or a combination of turning and grinding — in a single compact machine, making it one of the most versatile small-part finishing platforms in EMAG’s portfolio.

The machine features a maximum chuck diameter of 100 mm (expandable to 190 mm depending on configuration), internal machining diameter up to 60 mm, and a maximum grinding length of 60 mm. With 460 mm of X-axis travel and 225 mm of Z-axis travel, the work envelope is tightly optimized for small chucked components — no wasted travel means short positioning times and fast cycle times. The vertical Z-axis is equipped with a linear drive unit for high acceleration and precise positioning.

The VG 110’s extremely compact design is a direct result of its focused workpiece range. Short travel lengths, high speeds, outstanding rigidity, and an integrated cooling system combine to deliver production-level throughput in a machine with a minimal footprint. The high-resolution measuring system, positioned just 100 mm from the machining area, provides closed-loop feedback for maintaining tight tolerances during unattended production.

The machine can be configured for face grinding only, internal grinding only, combined face/ID grinding, or even a turning-grinding combination where soft turning and hard grinding operations are performed in a single clamping. This multi-technology capability makes the VG 110 particularly valuable for bearing components, fuel injection parts, and other precision small parts that require both material removal and finish grinding.

New EMAG VG 110 machines typically price between $250,000 and $450,000 depending on configuration and the combination of machining technologies installed.

Full Specifications

Parameter	Value
Max Chuck Diameter	100 / 190 mm (3.9 / 7.5 in)
Max Internal Machining Diameter	60 mm (2.4 in)
Max Grinding Length	60 mm (2.4 in)
Workpiece Diameter Range	2 - 60 mm (0.08 - 2.4 in)
X Axis Travel	mmin
Z Axis Travel	mmin
Z Axis Drive	Linear drive unit
Measuring System	High-resolution, 100 mm from machining area
Machine Orientation	Vertical
Machining Capability	Face grinding, internal grinding, turning + grinding combination
Cooling	Integrated cooling system
CNC Control	CNC
Chuck Dia Max	mmin
Internal Machining Dia Max	mmin
Grinding Length Max	mmin

Specifications sourced from emag.com — verified 2026-03-28

Strengths & Limitations

Strengths

Extremely compact design with minimal footprint delivers production-level throughput for small chucked parts in the 2-60 mm diameter range
Multi-technology capability combines face grinding, internal grinding, and optional turning in a single clamping eliminating transfers between machines
Vertical Z-axis with linear drive provides high acceleration and precise positioning for fast cycle times on small parts
High-resolution measuring system positioned 100 mm from the machining area enables tight closed-loop tolerance control during unattended production
Short travel lengths and optimized work envelope mean minimal non-productive positioning time maximizing spindle utilization on small parts
Integrated cooling system maintains thermal stability in the compact structure critical for holding tight tolerances on small precision components

Limitations

60 mm maximum grinding length and diameter severely restrict the machine to small chucked parts as anything larger requires a different grinding platform
Vertical orientation may require different workholding approaches than operators are accustomed to from horizontal grinders
Premium pricing of $250K-$450K for a small-part grinder requires high-volume production to justify over more conventional internal grinders
The focused design means limited flexibility as the VG 110 excels at small chucked parts but cannot serve as a general-purpose grinder

Best For

Bearing manufacturers grinding small inner and outer races where combined face and bore grinding in a single clamping ensures concentricity and perpendicularity Fuel injection component manufacturers grinding precision nozzle bodies, valve seats, and injector components in the 2-60 mm diameter range Automotive transmission manufacturers grinding small synchronizer rings, needle bearing cups, and gear components requiring face and ID finishing Medical device manufacturers grinding small precision components like orthopedic implant cups and instrument housings in hardened materials High-volume production facilities grinding large batches of small chucked parts where the compact footprint enables high machine density on the shop floor

Frequently Asked Questions

01 What types of grinding can the VG 110 perform?

The VG 110 can be configured for face grinding, internal grinding, combined face and internal grinding, or a turning-grinding combination. The multi-technology capability allows soft turning followed by hard grinding in a single clamping.

02 What makes the VG 110 different from a conventional internal grinder?

Three key differences: (1) vertical orientation leverages gravity for chip evacuation and enables EMAG pick-up automation; (2) combined face and ID grinding capability eliminates the need for a separate face grinder; (3) optional turning capability means soft machining and hard finishing can happen on the same machine.

03 What is the smallest part the VG 110 can grind?

The VG 110 handles workpieces as small as 2 mm in diameter, suitable for very small precision components in the medical device, watch/instrument, and micro-hydraulic industries. The high-resolution measuring system maintains accuracy even at these small dimensions.

04 How does the linear drive on the Z-axis benefit the VG 110?

The linear drive provides higher acceleration and faster positioning than conventional ball screw drives, translating directly to shorter cycle times on small parts where positioning time represents a significant fraction of the total cycle. It also eliminates ball screw backlash for improved positioning accuracy.