Blood Collection
Lancet Needles Cutting
01Three-angle lancet needle cutting for blood sampling devices, delivering clean edges and consistent geometry for reliable penetration.
Burr-Free30° AngleStainless SteelFs-Laser
Exhibition Invitation
MONO at Medtec China 2026
Discover femtosecond laser micromachining solutions for precision medical-device components — live at Booth 1B506 in Shanghai.
Date
Sept 1 – 3, 2026
Venue
SNIEC, Halls N1–N4
Booth
1B506
10:1
Max Aspect Ratio
< 0.2μm
Heat Affected Zone
3μm
Min Hole Diameter
5-Axis
Complex 3D and tube geometries
Featured Applications & Real Samples
Precision Proven on Medical Components
Representative femtosecond micromachining results published by MONO across implants, interventional devices, microfluidics, imaging components and medical materials.
Interventional Devices
Interventional Needle Micro-Drilling
02Blind-hole drilling and texturing on interventional needles for controlled micro-features and improved echogenicity.
±1 μm Accuracy
50 μm Depth
Burr-Free
Diagnostic & Microfluidics
PI Film Micro-Hole Array
03High-density microporous arrays machined on transparent polyimide membranes for diagnostic and sensing applications.
Φ3 μm ±1 μm
100,000 Holes
PI Film
Imaging Equipment
CT Tube Herringbone Groove Etching
04Micro-groove etching on CT tube bearings for smooth, high-resolution rotation and controlled surface finish.
20 μm Groove
Ra ≤ 0.2 μm
60° Angle
POCT & Biosensors
Blood Glucose Needle
05Micro-channel cutting on PET-based glucose sensor needles for continuous monitoring devices, with tightly controlled kerf width.
PET10 μm±1 μm KerfBurr-FreeFs-Laser
Medical Electrodes
Platinum / Iridium Fine Cutting
06Fine cutting of platinum / iridium marker bands and electrode components where clean edges and repeatability matter.
Burr-Free
High Consistency
Pt / Ir
Process Specifications
| Process Parameter | Standard Manufacturing Range | Typical Applications & Benefits |
|---|---|---|
| Hole Diameter Range | 3 µm – 100 µm (micro-holes) Up to 20 mm (tubes & contour profiles) |
Inkjet nozzles, micro-sieves, medical catheters, GDI fuel injectors |
| Dimensional Tolerance | ≤ ±1.0 µm | Consistent precision even across large arrays (e.g. probe cards with thousands of holes) |
| Positioning Accuracy | ≤ ±1.0 µm | High accuracy on complex 3D curved geometries through multi-axis processing |
| Maximum Aspect Ratio | 10:1 | Enables high-pressure fluid filtration membranes and deep micro-holes |
| Surface Roughness (Ra) | ≤ 0.2 µm (etching & texturing) ≤ 0.4 µm (tube cutting) |
Mirror-smooth walls that often eliminate the need for post-machining polishing |
| Heat Affected Zone (HAZ) | ≤ 0.2 µm (True Cold Ablation) | "Virtually zero thermal stress, no recast layer, no micro-cracking or carbonization" |
| Maximum Material Thickness | Up to 2.0 mm | Suitable for thick foils, stamping dies, and specialized structural components |
| Material Versatility | Broad compatibility | Metals: Stainless Steel, Nitinol, Pt-Ir, Tantalum, Molybdenum Hard/Brittle: Technical Ceramics, Optical Glass, Quartz, Sapphire Polymers: Polyimide (PI), LCP, FR4, Resin |
Service Process
From Drawing to Delivered Part
A clear engineering path — adapted from our proven contract-manufacturing workflow.
1
Share Specs
Drawings & requirements · NDA
2
Feasibility
Risk review & report
3
Quotation
Plan & transparent pricing
4
Sampling
Build & inspect
5
Optimize
Validate & refine
6
Delivery
Inspect, clean & ship
✓Olympus Confocal · 0.2 µm
✓3D / Vision Metrology · ±1 µm
✓Ultrasonic cleaning
✓Clean production space
BOOK A MEETING
Discuss Your Medical Device Application at Medtec China 2026
Share your material, drawing, target feature size, tolerance, quantity, and current process challenge. MONO will help evaluate the best femtosecond laser processing approach
Email
laser_ops@szmono.cn
WhatsApp
+852 5685 8560