Surgical guide design software for a small lab's new service.

Small dental labs are uniquely positioned in the surgical-guide market. Lower overhead than enterprise service bureaus. Closer to local clinicians than national brands. Already running a digital workflow, often with manufacturing in-house or one street over. What they tend to lack is the structured launch path — a playbook that says, here are the five things you actually need, here is how they fit together, and here is the order in which you take on case complexity.

The GuideMia Design Service Cookbook is that playbook, written specifically for small labs setting up or standardising a surgical-guide design service. It focuses on implant surgical guides; a separate cookbook covers clear aligners.

Starting a surgical guide design service — five components

A) Design software (lab side)

GuideMia Implant Master (Designer / Master Version). The dental implant software used by in-house designers or engineers. CBCT/DICOM processing and anatomical segmentation. Implant planning with full control of depth, angulation, and prosthetic positioning. Restoration-driven workflows. Surgical guide design (tooth-level, tissue-level, bone-level, bone-reduction guides, combined workflows). Advanced guide types (full-arch, immediate placement, bone reduction, zygoma implants). Export of manufacturing-ready STL and restoration models. FDA 510(k) cleared (K121466), built under an ISO 13485 quality system.

B) Planning and review software (clinic / doctor side)

Cympha Studio. Clinicians open the implant plan in any browser at studio.cympha.com, review positions, adjust placement if needed, lock and approve treatment plans. Simple and fast — single-unit planning can be completed in minutes, with no install on the doctor's side.

C) Case management, sharing, and communication

Cympha at app.cympha.com is where you run the design service. One workflow handles case submission portals for doctors; file uploads (CBCT, scans, photos); status tracking, communication logs, and permanent archives; role-based permissions (labs, clients, reviewers, user groups); per-case billing and invoicing.

Cympha Studio is the browser-based 3D viewer for sharing plans — interactive 3D viewing, snapshots, bookmarks, annotation, 4D playback for orthodontics, multi-stage visualization for implants. No install on the recipient's side.

D) Manufacturing capability

In-house 3D printing or an external partner. GuideMia exports validated STL files and master models for surgical guides, bone-reduction guides, verification jigs, and restoration-driven models.

E) Training, support, and services

• GuideMia Training — onboarding for designers and clinicians.
• Workflow consulting — help labs define internal QA processes.
• Technical support — case troubleshooting and software assistance.
• Optional clinical review services — cases reviewed by qualified clinicians when required.

What kinds of cases you can offer

• Single-unit implants
• Multiple-unit implants
• Tooth extraction with immediate implant
• Full-arch cases
• Bone-reduction cases
• Zygoma implants

Start simple first. Begin with single-unit and simple multi-unit cases. Build internal QA. Then gradually expand into full-arch, bone reduction, and zygoma. Reduces risk, shortens turnaround, and lets the team standardise quality before scope grows.

Who uses what — lab vs. clinic

• Lab side. Implant Master for case analysis, implant positioning, guide design, manufacturing preparation.
• Clinic / doctor side. Cympha Studio for reviewing plans in the browser, requesting modifications, and approving final designs.

This role separation keeps design efficient while keeping clinical responsibility with the doctor.

How cases enter the system

Cases enter through Cympha: doctors submit through their case portal at app.cympha.com, upload CBCT, intraoral scans, photos, and prescription. The lab tracks status, communication, and approvals against a permanent archive. For 3D plan review and patient-facing visualization, share a Cympha Studio link — no install needed by the recipient.

The surgical guide design software workflow

1. Case submission. Doctor submits through Cympha. CBCT (DICOM), scans (STL), photos, prescription.
2. Design in Implant Master. Anatomical segmentation, implant planning, guide design, plan prepared for review.
3. Clinical approval. Doctor reviews in Cympha Studio, approves or requests changes. All decisions documented on the Cympha case record.
4. Finalisation. Lab finalises in Implant Master, exports manufacturing files.
5. Production. Print in-house or send to external manufacturer, deliver to clinic.

Three tiers of case review

1. Tier 1 — Report-based. PDF or web report, screenshots, short review videos. Lightweight and fast — for simple cases and initial communication.
2. Tier 2 — 3D composite. A single 3D model (bone, teeth, CT cross-sections, planned implants) delivered as a Cympha Studio link the doctor opens in any browser. Full spatial understanding, visual validation, no install. Most cases land here.
3. Tier 3 — Full project file. Complete GuideMia project file with all segmentation, planning data, and design history. Useful when full editable detail is required; exchanged through Cympha file sharing. Reserved for cases that genuinely need it.

Preferring Tier 1 and Tier 2 is what makes the service scalable — Cympha Studio links replace the bulk of large-file exchange.

Operating Cympha and Cympha Studio together

• Cympha is the operational system of record — formal case submission, status tracking, multi-client management, audit trails, archives, billing.
• Cympha Studio is the sharing surface — fast 3D plan review, patient-facing visualization, lightweight links to any clinician.

Used together, they replace separate portals, file-transfer tools, viewers, and chat threads with one workflow.

Best practices for new labs

• Start with simple cases (single-unit, straightforward multi-unit).
• Standardise review checklists, report formats, and approval criteria.
• Introduce Tier 2 and Tier 3 workflows gradually.
• Prefer Cympha Studio links over full project-file exchange whenever possible.
• Keep design and clinical responsibilities clearly separated.

What this changes for clinicians

• Browser-based plan review. No CAD install. Open the link, evaluate, approve or request changes.
• Structured decision history. Every approval, modification request, and message is recorded against the case — not against an email thread.
• Faster local turnaround. A local lab with structured workflow can match or beat the turnaround of national service bureaus.
• Same workflow for routine and advanced cases. A single-unit case and a zygoma case run through the same system of record.

What this changes for the lab

• No portal to build. Cympha is the portal.
• No file-sharing subscription. Cympha handles uploads, archives, and Studio links.
• Per-case billing on the case record. Not in a parallel spreadsheet.
• QA infrastructure built in. Approvals, communication history, role-based access, archived versions — required for clinical work, available out of the box.
• Scope ramp matched to QA maturity. Single-unit to zygoma, in the order the cookbook recommends.

Next steps

1. Set up your design service workspace on Cympha and onboard your first clinics.
2. Subscribe to GuideMia Implant Master at gm.cympha.com and train your designers.
3. Onboard partner clinicians with Cympha Studio for review.
4. Start with simple cases and scale gradually.

GuideMia provides the design software; Cympha provides the operational framework. Together they help small labs build a professional, scalable surgical-guide service. Read the full cookbook on the GuideMia site, and book a walkthrough through the form below.

Part of Dental Case Lifecycle Management. Cympha runs every dental case as one tracked record — intake to outcome, across every doctor, lab, and supplier — instead of a dozen disconnected tools. What is DCLM? →