DMG Mori Wasino G-07

$140,000 - $220,000 Updated 2026-03-19

Key Specifications

Max Workpiece ⌀

100 mm (3.9 in)

max workpiece length

100 mm (3.9 in)

max bar diameter

38.1 mm (1.5 in)

x axis travel

480 mm (18.9 in)

z axis travel

285 mm (11.2 in)

thermal displacement cold start

3.0 µm (diameter)

Overview

The DMG Mori Wasino G-07 is a flat tooling CNC turning center handling workpieces up to 100 mm (3.9 in) diameter and 100 mm length, stepping up from the smaller G-06 in the Wasino G-series lineup. The flat tooling configuration mounts individual tool blocks on dedicated slides for superior rigidity and accuracy compared to conventional turret designs.

The machine processes bar stock up to 38.1 mm (1.5 in) diameter and features the longest X-axis stroke in its class at 480 mm (18.9 in). This extended X-axis travel provides flexibility for complex facing, grooving, and profiling operations across the full 100 mm workpiece diameter. Z-axis travel is 285 mm (11.2 in).

Wasino's symmetrical bed design maintains thermal stability during production, with cold-start thermal displacement of 3.0 micrometers on diameter. The symmetrical structure equalizes thermal growth on both sides of the spindle centerline, preventing the asymmetric distortion that degrades accuracy on conventional machine beds.

The flat tooling approach eliminates turret indexing errors and provides each tool with a rigid, dedicated mounting platform. This results in better surface finish and tighter tolerances on finishing passes compared to turret-based machines. The Fanuc control provides standard G-code programming.

The G-07's 100 mm workpiece envelope opens up a broader range of applications compared to the 60 mm G-06. Automotive valve bodies, hydraulic fittings, medical device housings, and precision instrument components in the 60-100 mm range are natural fits. The extended X-axis stroke handles facing and profiling operations on the full diameter range without compromise. Specs sourced from DMG Mori published data.

Full Specifications

Parameter	Value
Max Workpiece Diameter	100 mm (3.9 in)
Max Workpiece Length	100 mm (3.9 in)
Max Bar Diameter	38.1 mm (1.5 in)
X Axis Travel	480 mm (18.9 in)
Z Axis Travel	285 mm (11.2 in)
Thermal Displacement Cold Start	3.0 µm (diameter)
Bed Design	Symmetrical flat tooling
X Axis Stroke	Longest in class
CNC Control	Fanuc
Machine Type	Flat tooling turning center
100 Mm	3.9 in.
381 Mm	1.5 in.
480 Mm	18.9 in.
285 Mm	11.2 in.
Highlights	Symmetrical bed ensures stable machining accuracyLongest X-axis stroke in its class: 480 mmThermal displacement (at cold start): φ 3.0 μmMachining accuracy unique to flat tooling CNC lathe
Downloads Technical Data	ClearanceMax. X-axis travel480 mm18.9 in.Max. Z-axis travel285 mm11.2 in.WorkpieceMax. workpiece diameter100 mm3.9 in.Max. workpiece length100 mm3.9 in.Max. bar diameter38.1 mm1.5 in.

Specifications sourced from us.dmgmori.com — verified 2026-03-28

Strengths & Limitations

Strengths

480 mm X-axis travel is the longest in its class, providing flexibility for complex facing and profiling across the full 100 mm diameter
Flat tooling configuration eliminates turret indexing errors for superior accuracy and surface finish on production parts
100 mm workpiece envelope handles a broader range of small to medium precision parts than the compact G-06
Symmetrical bed design with 3.0 µm thermal displacement maintains accuracy through production without frequent offset adjustments
38.1 mm bar capacity supports automated bar-fed production for lights-out operation
Wasino precision platform within DMG Mori service and support network

Limitations

100 mm maximum workpiece diameter and length still limit the machine to relatively small parts
Flat tooling offers fewer tool positions than conventional 12-station turret designs
3.0 µm thermal displacement is good but not as tight as the G 100-series models with sub-micron control
Detailed spindle specifications not published on DMG Mori website, requiring direct manufacturer inquiry

Best For

Automotive valve body and small housing production requiring consistent accuracy across high volumes Hydraulic fitting and connector body manufacturers machining parts in the 60-100 mm diameter range Medical device housing and component production where flat tooling accuracy provides measurable quality improvement Precision instrument and optical component manufacturers needing tight-tolerance OD and bore turning Production shops stepping up from the G-06 that need to handle parts up to 100 mm diameter

Frequently Asked Questions

01 What is the advantage of 480 mm X-axis travel?

The extended X-axis travel allows the machine to face and profile across the full 100 mm workpiece diameter without repositioning. It also provides room for multiple tool positions along the X-axis and accommodates larger toolholders for heavy roughing operations.

02 How does the G-07 compare to the G-06?

The G-07 handles parts up to 100 mm diameter (vs 60 mm on the G-06) with 480 mm X-axis travel (vs 300 mm). Thermal displacement is 3.0 µm vs 2.0 µm. Choose the G-07 when your parts exceed 60 mm diameter; the G-06 when maximum precision on smaller parts is the priority.

03 Can the G-07 handle milling operations?

The flat tooling configuration is primarily designed for turning operations. Driven tool capability for milling depends on the specific configuration. Consult DMG Mori for available milling options on the G-07 platform.

04 What makes flat tooling more accurate than a turret?

Each tool has its own dedicated slide and mounting block, eliminating the repeating indexing errors inherent in turret rotation. The rigid direct mounting also reduces tool deflection under cutting loads, improving surface finish and dimensional accuracy.