Industrial performance in desktop size

Quark Micromanufacture
Industrial-grade efficiency, small footprint, precision and reliability.
From desktop trimming machine to customized automation, we provide a wide range of solutions for clear aligner production.
Quark KA-120

Precision 5-Axis Aligner Trimming in 30 Seconds

Specially designed desktop trimming machine for clinic or chair-side orthodontist. KA120 provides a precision, reliable, easy to use and cost effective solution. Desktop size, industrial performance, footprint only 400x568mm. Our CAD/CAM softwareMatchstick is compatible with all planning software and can adapt trimline from other software. Trimming time per aligner is within 30 seconds. No additional CAM software and costs needed, it saves money and time.
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Trimline adjusted by parameters
Accurate, reliable and easy to operate
Drawer for dust collection
Trimmed hook and Cutout
Quark KB-100

Compact 5-Axis Trimming for Fast, Flawless Aligners

The KB-100 is a compact 5-axis desktop trimming machine designed for fast, precise production of clear aligners, retainers, and thermoformed dental appliances. Built for clinics and small laboratories, it delivers smooth, accurate trimming in approximately 25 seconds per model with minimal polishing required. Its automated workflow, batch processing, and software compatibility improve efficiency, consistency, and chairside manufacturing productivity.
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QR reader
Natural granite structure
700 pc per day (8 hours)
High-quality trimming
Quark KD-P20-A

Laser Marking System for Invisible Aligners

This system is specifically designed for marking invisible aligners. It utilizes a code reader to identify the aligner serial number, automatically extracts the laser marking content and coordinate values for each aligner, then adjusts the Z-axis for autofocus. The laser galvanometer adjusts the X and Y-direction beams, while the pulsed laser emits energy to precisely mark customized content onto each uniquely shaped aligner. The entire process for four markings is completed within 3.5 seconds.

Engineering tomorrow's dental practices