Product Details
The ME34 series PCD wave-edge milling cutter is a high-efficiency PCD tool engineered for rough and fine machining integration. It is especially suited for rough machining — designed to handle high material removal rates while maintaining integrity across a wide spectrum of materials:
· Optimized for rough machining of non-ferrous metals like aluminum and copper alloys; also compatible with composites, glass fiber–metal materials, ceramics, plastics, stone, and wood.
Although JD Diamond Tool doesn’t publish a separate breakdown for the rough-specific variant, based on other ME-series tools (e.g., ME31 and ME38), it likely shares these attributes:
·
PCD (polycrystalline diamond)
cutting edges delivering top-tier wear resistance and durability in
abrasive and high-wear conditions.
· Wave-edge geometry, combining roughing and finishing profiles in one cutter—especially effective for efficient rough machining followed by finishing in fewer passes.
· JD Diamond TOOLs with light yet sharp cutting edges for high-speed operations (inferred from series siblings).
· Medium-grained PCD, balancing toughness and wear resistance for sustained tool life under heavy-load conditions.
· Large chip volume and efficient removal, given the wave-edge’s design, likely features extended cutting surfaces and groove geometry derived from ME38.
· Durable, high-strength build, optimized for stability during heavy roughing. Customizability, including diameter and geometry adjustments, as standard across ME-series tools.
Summary Table
|
Feature |
Description |
|
Series |
ME34 – PCD wave-edge milling cutter (Rough Machining
variant) |
|
Materials |
Non-ferrous metals, composites, ceramics, plastics, stone,
wood |
|
Core Geometry |
Wave-edge combining roughing and finishing capabilities |
|
Cutting Edges |
PCD with likely Z-edge tech (sharp, fast cutting) |
|
PCD Grain |
Medium-grained for balance of toughness and wear
resistance |
|
Chip Management |
Groove design for efficient chip evacuation and stability |
|
Durability & Speed |
High mechanical strength for aggressive roughing at
elevated cutting parameters |
|
Customization |
Available in terms of cutter geometry and sizing |
|
Applications |
Heavy roughing in mold making, aerospace, composites,
automotive aluminum components |
|
How to Procure |
Request via JD Diamond TOOLs website for technical details and offering |
Customer Ratings
5.0/5
Based on 2 reviews
Customization product
I’ve been using this product for several months now, and it stands out as one of the best tools for customization in manufacturing. Whether you're working with metal, plastic, or composites, this tool adapts easily to different workflows and materials. Highly recommended for teams looking for precision, efficiency, and customization all in one.
Frequently Asked Questions
1. What
is the ME34 series (Rough Machining variant)?
A PCD wave-edge milling cutter designed to combine roughing and finishing
capabilities, optimized for heavy material removal in a single tool.
2. Which
materials is it meant for?
Non-ferrous metals such as aluminum and copper alloys, composites (glass-fiber,
etc.), ceramics, plastics, stone, and wood.
3. Why
use PCD cutting edges for rough machining?
PCD offers unmatched wear resistance and tool life in abrasive and high-feed
operations compared to conventional coated or carbide tools.
4. What
makes the wave-edge geometry special?
The wave-shaped profile integrates roughing and finishing edges in one
cutter—ideal for high-efficiency, multi-phase machining in fewer tool changes.
5. Does
it use Z-edge technology?
Likely yes: siblings in the ME series (like ME31 and ME38) utilize Z-edge
technology—sharp, light-cutting edges for high-speed performance.
6. How
does groove design improve rough machining?
Grooved geometry improves chip evacuation, dynamic balance, and cutting
stability—critical for aggressive material removal.
7. How
durable is the tool under heavy loads?
Made for high mechanical integrity and long service life, the ME34 rough
variant shares robust design features seen in corn and wave-edge ME-series
tools.
8. Is
customization available?
Yes—JD Diamond TOOLS typically offers custom geometry and dimension options across the
ME-series.
9. What
are typical rough machining applications?
Best for machining large allowances, bulk material removal during mold,
aerospace, or automotive component production—especially with challenging
materials.
10. Where
can I get specifications or quotes?
Visit JD Diamond TOOLS product pages or submit an inquiry for datasheets, technical
details, and customization options.
