The Technology

Cooling that follows
every contour of your part.

Conformal cooling inserts are 3D-printed metal channels that conform to the exact geometry of the mold cavity — delivering uniform cooling where straight-drilled channels cannot reach.

The Problem

Why conventional cooling falls short.

Straight-drilled cooling channels are the industry default — but they are a geometric compromise that leaves significant performance on the table.

Criterion Conventional Channels Conformal Cooling Inserts
Channel geometry Straight (drilled only) Follows part contour — any shape
Cooling uniformity Uneven — hot spots near complex features Uniform temperature distribution
Cycle time Baseline 20–50% shorter
Warpage & shrinkage Higher, driven by thermal gradients Significantly reduced
Surface defects Sink marks, weld lines at hot spots Reduced or eliminated
Part ejection Often delayed by uneven cooling Consistent, faster ejection
Manufacturing method CNC drilling Metal AM (DMLS/SLM) + post-process
Design freedom Severely constrained Unrestricted geometry
The Process

How a conformal cooling insert is made.

Step 1
CFD-Optimised Channel Design
We design the cooling channel network using Moldflow and CFD — optimising channel diameter, pitch, flow rate, and distance from the cavity surface for each part geometry.
Step 2
Metal 3D Printing (AM)
The insert is built using DMLS or SLM metal additive manufacturing (H13, P20, or maraging steel depending on application). Build volume: up to 500×500×400mm.
Step 3
Post-Processing
CNC finish machining to tolerance, EDM for precise cavity surfaces, heat treatment for hardness, and polishing/coating for surface quality — handled by our Beta Kesici Takım partner.
Step 4
On-Site Commissioning
Our engineers install and commission the insert at your facility, run production trials, optimise process parameters, and document final performance against baseline.
Our Capabilities

Three pillars. Full engineering depth.

Pillar 01

CC Design

We don't sell standard inserts — we engineer bespoke conformal cooling solutions adapted to your part geometry, production volume, material, and machine parameters.

Our design workflow is iterative and simulation-driven: we start with your existing mold data, identify the thermal bottlenecks, and develop a channel network that delivers the maximum thermal efficiency achievable within your tooling constraints.

Tools: Autodesk Moldflow, ANSYS Fluent / CFD, Siemens NX, Creo, Catia. Full interoperability with Tier1 and OEM tooling environments.

Adaptive design from scratch
New mold projects designed for conformal cooling from day one — maximising the geometry freedom before any tooling commitment.
Simulation-driven retrofit
Existing molds analysed, hot spots mapped, and insert upgrade designed to drop into the current tooling with minimal modification.
Design-as-a-service
We can license our conformal cooling design process to Tier1 engineering teams as a structured, repeatable internal capability.

🔬
Surface coating R&D
Research into advanced coatings for conformal cooling inserts — improving thermal conductivity, corrosion resistance, and surface life. Led by Doç. Dr. Altuncu.
🧮
Process & material development
AM process parameter optimisation for CC-specific materials. Grain structure, residual stress, and post-process pathway research.
📐
Tooling ventilation
AM-enabled tooling ventilation as an adjacent capability — confirmed demand from ADDPARK's existing customer base.
Pillar 02

CC R&D

Our R&D pipeline transforms field experience and engineering insight into proprietary processes, IP, and new capability — ensuring Conforma's technical lead widens as the market grows.

We partner with academic researchers and run applied R&D programmes in coating, AFM post-processing, and channel flow optimisation. Ideas that pass validation become part of our service offering.

R&D is housed under the conforma.tech entity — protecting IP while enabling external collaboration and patent filing.


Pillar 03

CC Sales & Onsite

We are not a mail-order insert supplier. Every project includes engineering consultation, on-site commissioning, and performance follow-up — because the value of conformal cooling is only realised when the process is correctly implemented.

CONFORMA.ONE is our modular service platform — structured as CC Sales and CC Onsite modules, enabling transparent pricing and scope for each engagement.

Delivered via conforma.one — our modular service platform with defined scope, pricing, and SLA for each engagement type.

🎯
Business development
We identify eligible molds in your production and build the ROI case — including cycle time modelling, energy savings, and payback period.
🔧
On-site commissioning
Our engineers install, test, and optimise the insert at your machine — including mold qualification and process parameter setup.
📊
Performance follow-up
Post-commissioning data collection, cycle time verification, and long-term maintenance support included in every engagement.
Ready to start?

See what conformal cooling can do for your mold.

Send us your mold data and we'll run a no-cost pre-analysis. No commitment required at this stage.