Finepart
Test cut ↗

Application-specific engineering

Taylor
Made.

When the commercial opportunity is clear but the standard machine is not, Finepart engineers the cutting system around the application—not the other way around.

Finepart Taylor Made production solution TAYLOR MADE
Starting point Your requirement
Envelope Application defined
Motion Purpose engineered
Delivery One accountable partner

From need to system

Engineer the
business case.

Taylor Made is for requirements that cannot be solved by selecting a standard axis package. Finepart brings process knowledge, machine-tool thinking and application validation together to define a solution that can be operated, supported and developed over time.

01 Define

Align part geometry, material, tolerance, takt time, handling and commercial target.

02 Prove

Validate the cutting process and critical risks on representative material and geometry.

03 Engineer

Develop the required envelope, motion, fixturing, access and integration concept.

04 Industrialise

Train the team, establish service routines and support the move into stable production.

What can be tailored

Beyond a standard
configuration.

Machine concept Envelope and motion.

Adapt the system architecture to part dimensions, orientation and access.

Axes · reach · work zone
Production method Fixturing and flow.

Design workholding, loading and repeatable setup around the production need.

Fixtures · handling · changeover
Capability layer Options and integration.

Evaluate probing, secondary operations, software and surrounding equipment.

Measure · pierce · connect

A controlled path
into the unknown.

Each stage reduces uncertainty before the next investment decision. The result is a documented concept built from real application evidence.

Gate 02 Process evidence

Test cuts and findings from the critical features.

Quality · time · risk
Gate 03 System concept

Scope, interfaces, operating principle and delivery route.

Review before commitment
Gate 04 Production readiness

Acceptance, training, lifecycle support and development plan.

Own the outcome

Start with the impossible part

Bring us the
constraint.

Describe the part, what blocks production today and the value of solving it. Finepart will help frame the right development route.

Open an engineering dialogue ↗