Dental Manufacturing Automation

Turn Digital Dentistry into Scalable Manufacturing

We engineer end-to-end production systems for orthodontic and prosthetic applications, turning your lab into a lights-out dental factory.

Compatible with leading dental printing technologies

Dental Manufacturing Automation

Turn Digital Dentistry into Scalable Manufacturing

We engineer end-to-end production systems for orthodontic and prosthetic applications, turning your lab into a lights-out dental factory.

Compatible with leading dental printing technologies

Dental Manufacturing Automation

Turn Digital Dentistry into Scalable Manufacturing

We engineer end-to-end production systems for orthodontic and prosthetic applications, turning your lab into a lights-out dental factory.

Compatible with leading dental printing technologies

WHY AUTOMATE

WHY AUTOMATE

WHY AUTOMATE

Scale Your Dental Manufacturing, Not Your Payroll

Dental labs and manufacturers producing orthodontic appliances, prosthetic components, and implants increasingly face the same challenge: demand grows faster than manual workflows can scale. If your valuable machine time goes unused between shifts, you are capping your growth.

DHR Engineering designs custom automation systems that remove these constraints, enabling higher daily output without adding staff.

24/7 Production Unlocked

Eliminate the downtime of "lights off." Utilize valuable machine time that currently goes unused between shifts.

24/7 Production Unlocked

Eliminate the downtime of "lights off." Utilize valuable machine time that currently goes unused between shifts.

24/7 Production Unlocked

Eliminate the downtime of "lights off." Utilize valuable machine time that currently goes unused between shifts.

Lower Cost per Unit at Scale

Stop labor costs from eating margins. Achieve lower cost per unit at scale by automating the manual handling loop.

Lower Cost per Unit at Scale

Stop labor costs from eating margins. Achieve lower cost per unit at scale by automating the manual handling loop.

Lower Cost per Unit at Scale

Stop labor costs from eating margins. Achieve lower cost per unit at scale by automating the manual handling loop.

Clinic-Ready Consistency

Deliver consistent product quality and faster response to clinic demand without the risk of manual handling errors.

Clinic-Ready Consistency

Deliver consistent product quality and faster response to clinic demand without the risk of manual handling errors.

Clinic-Ready Consistency

Deliver consistent product quality and faster response to clinic demand without the risk of manual handling errors.

End-to-End Dental Production Automation

Different products. One automation strategy.

Different products. One automation strategy.

Whether you are producing clear aligners, dentures, or surgical guides, we build dedicated automation cells that enable lights-out production.

Robotic Machine Tending

Eliminate the "printer wait." We automate build platform swapping and part harvesting to enable continuous printing operation.

Robotic Machine Tending

Eliminate the "printer wait." We automate build platform swapping and part harvesting to enable continuous printing operation.

Robotic Machine Tending

Eliminate the "printer wait." We automate build platform swapping and part harvesting to enable continuous printing operation.

Multi-Application Capability

From acrylic denture molds to direct-print night guards and models. We design systems for high-mix production environments.

Multi-Application Capability

From acrylic denture molds to direct-print night guards and models. We design systems for high-mix production environments.

Multi-Application Capability

From acrylic denture molds to direct-print night guards and models. We design systems for high-mix production environments.

24/7 Lights-OutProduction

Automated Post-Processing

The messiest work, handled by robots. We integrate automated washing and curing directly into the production line.

Automated Post-Processing

The messiest work, handled by robots. We integrate automated washing and curing directly into the production line.

Automated Post-Processing

The messiest work, handled by robots. We integrate automated washing and curing directly into the production line.

Fleet Orchestration & MES

Our proprietary middleware connects every machine to a single dashboard for job scheduling and real-time traceability.

Fleet Orchestration & MES

Our proprietary middleware connects every machine to a single dashboard for job scheduling and real-time traceability.

Fleet Orchestration & MES

Our proprietary middleware connects every machine to a single dashboard for job scheduling and real-time traceability.

Key Automated Processes

Key Automated Processes

Key Automated Processes

Automate the Production Gaps in Digital Dentistry

Eliminate the manual bottlenecks between print jobs. We automate the heavy lifting across the entire production cycle: machine tending, material handling, and post-processing for SLA, SLM and milling fleets.

Eliminate the manual bottlenecks between print jobs. We automate the heavy lifting across the entire production cycle: machine tending, material handling, and post-processing for SLA, SLM and milling fleets.

Eliminate the manual bottlenecks between print jobs. We automate the heavy lifting across the entire production cycle: machine tending, material handling, and post-processing for SLA, SLM and milling fleets.

Build Platform Loading

Build Platform Loading

Build Platform Loading

Part Ejection & Storage

Part Ejection & Storage

Part Ejection & Storage

Validated Clinical Presets

Validated Clinical Presets

Validated Clinical Presets

Washing & Curing (SLA)

Washing & Curing (SLA)

Washing & Curing (SLA)

Machine Maintenance (SLM)

Machine Maintenance (SLM)

Machine Maintenance (SLM)

Material Management

Material Management

Material Management

R&D & INTEGRATION

R&D & INTEGRATION

R&D & INTEGRATION

Engineered Solutions for Complex Additive Workflows

From high-volume dental model production to direct-print clear aligners, explore how we engineer custom automation for hardware platforms like Formlabs and LuxCreo.

Formlabs

Dental Model Printing & Post-Processing Automation

Dental Model Printing & Post-Processing Automation

Dental Model Printing & Post-Processing Automation

High throughput: 7000+ dental ach models in 24 hours

Build Platform Loading & Part Ejection (Form 4L/BL)

Washing (Wash L)

Curing (Cure L)

Fully automated resin part production cell for dental aligner manufacturing with Formlabs Form 4L printers.
Fully automated resin part production cell for dental aligner manufacturing with Formlabs Form 4L printers.
Fully automated resin part production cell for dental aligner manufacturing with Formlabs Form 4L printers.

LuxCreo

Clear Aligner Direct Printing & Post-Processing Automation

Clear Aligner Direct Printing & Post-Processing Automation

Clear Aligner Direct Printing & Post-Processing Automation

High efficiency: No thermoforming and trimming

Build Platform Loading & Part Ejection (iLux Pro Dental)

Washing (iLuxWash Dental)

Curing (LuxOven Pro and iLuxCure Pro)

Complete automated dental production cell featuring a central 6-axis robotic arm, LuxCreo iLux Pro 3D printer, and post-processing units.
Complete automated dental production cell featuring a central 6-axis robotic arm, LuxCreo iLux Pro 3D printer, and post-processing units.
Complete automated dental production cell featuring a central 6-axis robotic arm, LuxCreo iLux Pro 3D printer, and post-processing units.

PRODUCTION MODULES

PRODUCTION MODULES

PRODUCTION MODULES

Automation for Dental Fabrication

High-volume dental manufacturing requires strict process segregation. While the automation mechanics remain consistent, mixing resin streams is a critical failure point.

DHR engineers dedicated automation cells that keep your high-volume model production completely isolated from your biocompatible appliance workflows.

High-Volume Clear Aligners

Aligner production rapidly saturates wash solvents and curing capacity. A dedicated cell isolates this high-throughput workflow, preventing bottlenecks in thermoforming or direct-print aligner lines. Segregation ensures solvent integrity, stable post-cure conditions, and uninterrupted production at scale.

High-Volume Clear Aligners

Aligner production rapidly saturates wash solvents and curing capacity. A dedicated cell isolates this high-throughput workflow, preventing bottlenecks in thermoforming or direct-print aligner lines. Segregation ensures solvent integrity, stable post-cure conditions, and uninterrupted production at scale.

Digital Dentures & Try-Ins

Prosthetic workflows demand tightly controlled surface chemistry to ensure predictable bonding performance. A dedicated production line isolates premium denture bases from high-speed model manufacturing environments, preserving material integrity and process validation.

Digital Dentures & Try-Ins

Prosthetic workflows demand tightly controlled surface chemistry to ensure predictable bonding performance. A dedicated production line isolates premium denture bases from high-speed model manufacturing environments, preserving material integrity and process validation.

Surgical Guides & Splints

Surgical applications require strict material segregation. A dedicated cell for Class I/II biocompatible resins prevents exposure to solvents and residues from model production, supporting regulatory compliance and controlled manufacturing conditions.

Surgical Guides & Splints

Surgical applications require strict material segregation. A dedicated cell for Class I/II biocompatible resins prevents exposure to solvents and residues from model production, supporting regulatory compliance and controlled manufacturing conditions.

AUTOMATION KNOW-HOW

AUTOMATION KNOW-HOW

AUTOMATION KNOW-HOW

Why Partner with DHR?

Unlike OEM-limited solutions, DHR Engineering designs technology-agnostic solutions, allowing you to scale or swap hardware without scrapping your infrastructure.

With extensive experience in idustrial CNC automation, we bring the rigor of aerospace and defense manufacturing to the dental lab floor, ensuring uptime and repeatability.

Production-Ready Automation

Presented at Formnext 2025 utilizing Formlabs hardware. The workflow handles build platform swapping, automated washing and curing. The result is a system that completes the entire print-to-part workflow autonomously, delivering the reliable throughput needed for 24/7 resin part production.

Production-Ready Automation

Presented at Formnext 2025 utilizing Formlabs hardware. The workflow handles build platform swapping, automated washing and curing. The result is a system that completes the entire print-to-part workflow autonomously, delivering the reliable throughput needed for 24/7 resin part production.

Strong internal R&D

We don't just integrate; we innovate. Our team maintains a strong internal R&D focus specifically on additive manufacturing automation.

High-Precision Roots

We deploy lines for high-precision factories where consistent quality is critical. We apply that same standard to your dental appliances.

Rapid Deployment

Go from concept to keys-in-hand quickly. We offer a 4 to 6 month lead time for full lights-out manufacturing cells.

Safety Built-In

Safety and process control are built in from the start. We treat dental labs like factories, enabling true unattended operation.

Production-Ready Automation

Presented at Formnext 2025 utilizing Formlabs hardware. The workflow handles build platform swapping, automated washing and curing. The result is a system that completes the entire print-to-part workflow autonomously, delivering the reliable throughput needed for 24/7 resin part production.

Strong internal R&D

We don't just integrate; we innovate. Our team maintains a strong internal R&D focus specifically on additive manufacturing automation.

High-Precision Roots

We deploy lines for high-precision factories where consistent quality is critical. We apply that same standard to your dental appliances.

Rapid Deployment

Go from concept to keys-in-hand quickly. We offer a 4 to 6 month lead time for full lights-out manufacturing cells.

Safety Built-In

Safety and process control are built in from the start. We treat dental labs like factories, enabling true unattended operation.

Process

Process

Process

How We Work

We replace guesswork with engineering. Our four-stage deployment process ensures your automation is validated, simulated, and stress-tested before it ever hits the production floor.

01

Production Audit & ROI Analysis

We start by understanding your product, process, constraints, and production targets to define a clear automation strategy.

01

Production Audit & ROI Analysis

We start by understanding your product, process, constraints, and production targets to define a clear automation strategy.

01

Production Audit & ROI Analysis

We start by understanding your product, process, constraints, and production targets to define a clear automation strategy.

02

System Architecture & Simulation

We design the system architecture, simulate workflows, and prototype critical components to validate performance early.

02

System Architecture & Simulation

We design the system architecture, simulate workflows, and prototype critical components to validate performance early.

02

System Architecture & Simulation

We design the system architecture, simulate workflows, and prototype critical components to validate performance early.

03

Development & Deployment

We build, integrate, and deploy the automation system, handling hardware, software, and controls end to end.

03

Development & Deployment

We build, integrate, and deploy the automation system, handling hardware, software, and controls end to end.

03

Development & Deployment

We build, integrate, and deploy the automation system, handling hardware, software, and controls end to end.

04

Launch & Scale

After commissioning, we support ramp-up, optimization, and scaling as your production volumes grow.

04

Launch & Scale

After commissioning, we support ramp-up, optimization, and scaling as your production volumes grow.

04

Launch & Scale

After commissioning, we support ramp-up, optimization, and scaling as your production volumes grow.

Have an automation project in mind?

By submitting, you agree to our Terms and Privacy Policy.

Let’s talk.

Tell us what you’re building, what’s slowing you down, and where automation could help.

Quick response.

We review every inquiry directly with our engineering team.

Clear next steps.

After the consultation, we’ll provide you with a detailed plan and timeline.

Have an automation project in mind?

By submitting, you agree to our Terms and Privacy Policy.

Let’s talk.

Tell us what you’re building, what’s slowing you down, and where automation could help.

Quick response.

We review every inquiry directly with our engineering team.

Clear next steps.

After the consultation, we’ll provide you with a detailed plan and timeline.

Have an automation project in mind?

By submitting, you agree to our Terms and Privacy Policy.

Let’s talk.

Tell us what you’re building, what’s slowing you down, and where automation could help.

Quick response.

We review every inquiry directly with our engineering team.

Clear next steps.

After the consultation, we’ll provide you with a detailed plan and timeline.

FROM THE BLOG

FROM THE BLOG

FROM THE BLOG

The Future of Automated Additive

Stay ahead of the curve with our latest R&D findings and insights. From footwear mass production to next-gen resin workflows, see where the industry is heading.