TECHNICAL COLLABORATION
Manufacturability reviews, design discussions, controlled trials and measurement feedback. The scope of collaboration is defined for each task.
YOUR STARTING POINT
Build-to-print machining
A manufacturing route for an optical insert, mirror or functional surface based on your model. Critical surfaces, workholding and inspection are agreed before machining.
Feasibility and development
When geometry or material is still open, a targeted trial addresses the most important uncertainty. A test surface or first component informs the correction and next iteration.
Inspection planning and validation
Dimensions, form and surface topography require distinct measurements. We agree the datum system, evaluation area and method, separating on-machine feedback from functional testing.
Experimental components and joint development
For a crystal surface, microstructure or THz optical component, we connect the machining question with the experimental objective. Research involvement, data and use of results are agreed for each project.
A CLEAR TASK. A USEFUL RESULT.
Define the function, choose the process and agree the evidence before manufacturing.
MANUFACTURABILITY
We can start from a sketch or a functional requirement. We review the active surface, available clamping areas and measurable datums together, separating performance-critical requirements from details that add avoidable manufacturing difficulty.
Value: critical geometric questions emerge before the model is frozen.Surface definition, material, operating environment, assembly and acceptance criteria. The output is an agreed engineering scope and proposed manufacturing route.
Your next stepRequest a feasibility reviewFOCUSED MACHINING TRIAL
For a new material or complex surface, we select a representative feature. The trial plan defines the evidence needed to proceed with the full component, such as edge condition, local profile or the suitability of the material for machining.
Value: targeted evidence supports the next decision before committing to the complete component.Test coupon and material condition, variable parameters, inspection area and a decision criterion. Deliverables: a trial part and an assessment of the findings.
Your next stepPlan a machining trialFROM PROTOTYPE TO REPEAT PARTS
After prototyping, the focus shifts to recording workholding datums, material condition, program revision and inspection. Small-batch preparation connects repeat operations and the inspection plan to the requirements accepted on the first component.
Value: repeat orders have a documented technical starting point.Quantity, revision control, first-article acceptance, inspection frequency and packaging. Capacity and lead time are agreed for the task.
Your next stepDiscuss a small batchA CONNECTED PROCESS
We start with the component’s function, identifying critical surfaces, required properties and open questions.
Function · material · geometry
Agreed technical brief
PREPARE YOUR ENQUIRY
A drawing is useful, but so are a clear question and agreed inspection criteria. Start with a non-confidential summary; sensitive files follow an agreed secure process.
ENGINEERING IN DETAIL
We start with a technical brief: the component’s role, operating environment, available model, material and critical surfaces. For research work without a drawing, the first step is to formulate the question to investigate.
Outcome: a short task description, a list of missing information and the scope of the feasibility review. Confidentiality is agreed before detailed sensitive documentation is shared.
We review workholding, access, datum surfaces, material condition and the sequence of operations. We identify tolerances that directly affect function.
Outcome: a proposed machining route, required model or drawing clarifications, risks and open decisions. Changes to the optical design are evaluated with the system designer.
We agree in advance which surfaces and characteristics will be evaluated, and by which methods. We define the documentation, datum system and basis for the conformity decision. In-process and final inspection may have separate roles.
Outcome: a verifiable requirements list and inspection plan. Where an external laboratory or application-specific test is needed, its task and responsible party are identified.
The first manufacturing step is sized to the uncertainty. A surface sample may be enough for a new material; an established process may proceed to a complete component. The trial answers a question defined in advance.
Outcome: the agreed component, measurement results and a summary of observations. A deviation is also information that can guide the next decision.
Measurement results guide decisions about toolpath correction, material changes, workholding or specification clarification. Repeatability, inspection frequency and documentation are part of a pilot.
Outcome: revision-controlled documentation, an agreed handover package and the conditions for the next manufacturing step. For production work, quantity, capacity and schedule are agreed separately.
Build-to-print machining: geometry and acceptance requirements are already defined; the focus is on the manufacturing route and delivery conditions.
Development collaboration: part of the solution is still open; design review, trial components and iteration build on one another.
Research collaboration: the phenomenon and experimental method drive the task; we jointly define the research question, publication conditions and use of results.
Useful inputs include a STEP model or drawing, material and coating, surface definition, dimensional and surface requirements, quantity and timing. If the task is not yet fully defined, the product’s function and current obstacle are a useful starting point.
We use the documentation to separate design, manufacturing and testing tasks, identifying the input and deliverable for each.
CONNECTED ENGINEERING
Conceptual illustration of our engineering approach.
THE NEXT STEP
Tell us about its function, material and critical engineering question. Together, we can define a feasibility review or a focused first trial.
