Reduce External Queues
Produce parts according to internal project schedules instead of waiting for supplier availability.
Move from design changes to functional parts and repeat production with an industrial SLS workflow built for greater control, faster iteration and practical in-house manufacturing.
Build internal capacity around your development schedule, production priorities and changing supply requirements.
Produce parts according to internal project schedules instead of waiting for supplier availability.
Make changing designs and low-volume parts without committing every revision to dedicated tooling.
Produce specialized, replacement and low-volume components closer to where they are used.
Move from a design revision to a functional PA12 part through an internal production workflow.
Use industrial SLS across product development, engineering validation, integrated assemblies and low-volume production.

Evaluate fit, handling and performance using production-relevant PA12 parts.

Produce channels, undercuts, lattices and consolidated geometry without internal supports.

Combine interfaces and connected functions into fewer manufactured components.

Produce repeat parts without waiting for dedicated tooling or fixed minimum quantities.

A robot leg component illustrates how SLS can support geometry, functional requirements and post-processing inside a practical manufacturing path.
Keep file preparation, printing and evaluation closer to the engineering team.

Update geometry around engineering feedback, fit requirements or production needs.
Review the file, orient parts and plan the build with Inno BP.
Produce functional PA12 parts inside the MEGA I build volume.
Remove powder, blast surfaces and apply the finishing process required by the part.
Evaluate assembly, handling and performance, then return useful findings to the next design revision.
Connect file preparation, production, depowdering and powder recovery around one practical manufacturing process.

Internal SLS capacity gives engineering and production teams another path when external queues, tooling or low quantities limit conventional supply.
Produce according to project priorities instead of external supplier schedules.
Control files, materials, build planning and production priorities inside your operation.
Make changing designs and controlled quantities without tooling for every geometry.
Use the same production platform across engineering development, specialized equipment and low-volume functional parts.

Ducts, manifolds, brackets and functional components for validation and controlled production.

Specialized components, protective housings, replacements and production aids.

Lightweight structures, mounts, housings, grippers and specialized moving parts.

Functional prototypes, structural components and low-volume product parts.
Plan the equipment, process and training around the parts your internal team needs to produce.
Review geometry, material needs, quantities and production priorities.
Plan file preparation, printing, depowdering, powder recovery and finishing.
Prepare operators to use the equipment and supporting workflow.
Support process development and continued production after commissioning.
Tell us what you currently outsource, how often designs change and what production volume you expect. We will help assess a practical system configuration.