Our diverse fleet of advanced CNC, turning, EDM, post-finishing, and medical-grade 3D printing equipment enables us to produce complex orthopedic implants and surgical instruments with unmatched speed, flexibility, and compliance.

Production Equipment Fleet

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3-Axis CNC Machine

13X | Rapid Prototyping

4-Axis CNC Machine

10X | Complex Milling

5-Axis CNC Machine

6X | Complex Implants

Turn-Mill Machine

4X | Precision Turning

Tsugami Swiss-type Automatic Lathe

2X | Precision Screws

Wire Cutting Machine

1X | Intricate Cutting

EDM Machine

1X | Hard Machining

Sandblasting Machine

2X | Surface Finishing

Laser Engraving Machine

2X | Traceability Marking

3D Printer

2X | Custom Implants

Technical Specifications

1. Multi-Axis CNC Milling Centers

Process Introduction

A full lineup of 3/4/5-axis machining centers supports a wide range of orthopedic parts, from general structural components to complex anatomical implants. Machine selection is matched to part structure and production requirements for efficient and stable manufacturing.

Included Equipment

· 3-axis CNC Machine (13X)

· 4-axis CNC Machine (10X)

· 5-axis CNC Machine (6X)

Technical Specifications

Machine Type
Max. Workpiece Size (mm)
Spindle Speed
Positioning Tolerance
Control System 
3-axis CNC
800 × 500 × 450
Up to 10,000 RPM
±0.01 mm
Fanuc / Siemens
4-axis CNC
5-axis CNC
600 × 400 × 400
500 × 380 × 320
Up to 12,000 RPM
Up to 15,000 RPM
±0.008 mm
±0.005 mm
Fanuc
Fanuc / Siemens

Typical Orthopedic Applications

· Large implant bases and instrument trays

· Angled screw seats and tapered parts

· Multi-surface joint implants

· Complex anatomical prosthetics

2. Precision Turning & Mill-Turn

Process Introduction

High-efficiency turning and mill-turn centers support shaft-type, threaded and small rotary parts. Swiss-type lathes deliver stable performance for miniature orthopedic fasteners with consistent quality.

Included Equipment

· Turn-Mill Machine (4X)

· Tsugami Swiss-type Lathe (2X)

Technical Specifications

Machine Type
Max. Bar Diameter (mm)
Spindle Speed
Machining Tolerance
Control System 
Turn-Mill Machine
52
Up to 6,000 RPM
±0.006 mm
Fanuc 
Tsugami Swiss-type Lathe
20
Up to 10,000 RPM
±0.003 mm
Fanuc

Typical Orthopedic Applications

· Bone screws, pins and fasteners

· Shafts, sleeves and instrument handles

· Small precision rotary implants

· Miniature orthopedic instrument parts

3. EDM & Wire Cutting

Process Introduction

EDM and wire-cutting equipment provides solutions for hard-to-machine materials and tiny, complex features that traditional machining cannot easily achieve. Ideal for delicate slots and internal contours.

Included Equipment

· Wire Cutting Machine (1X)

· EDM Machine (1X)

Technical Specifications

Machine Type
Max. Workpiece Size (mm)
Machining Accuracy
Electrode / Wire Size
Materials
Wire Cutting EDM
450 × 350 × 200
±0.003 mm
Φ0.2 mm brass wire
Hardened steel, Ti-alloy...
Sinker EDM
300 × 250 × 180
±0.004 mm
Graphite / copper
Titanium, stainless steel...

Typical Orthopedic Applications

· Micro slots and narrow grooves on instruments

· Complex internal cavities

· High-hardness material components

· Special-shaped orthopedic tool parts

4. Surface Finishing & Marking

Process Introduction

Professional surface treatment and laser marking systems improve part performance, corrosion resistance and traceability. All processes comply with medical device manufacturing standards.

Included Equipment

· Sandblasting Machine (2X)

· Laser Engraving Machine (2X)

Technical Specifications

Machine Type
Working Range (mm)
Process Parameters
Application Scope
Sandblasting Machine
600 × 500
Pressure: 0.2–0.6 MPa
Surface roughening & cleaning
Laser Engraving Machine
110 × 110
20W fiber laser
Marking & traceability

Typical Orthopedic Applications

· Implant surface roughening and preparation

· Oxide removal and cleaning

· Lot number and logo engraving

· Product identification and traceability marking

5. Medical Additive Manufacturing (3D Printing)

Process Introduction

Medical-grade 3D printing supports patient-specific implants and porous structure parts. Biocompatible metal materials are used to meet clinical and anatomical customization demands.

Included Equipment

· Medical SLM 3D Printer (2X)

Technical Specifications

Machine Type
Build Volume (mm)
Layer Thickness
Printing Accuracy
Materials
3D Printer
250 × 250 × 300
30–100 μm
±0.1 mm
Ti6Al4V ELI, CoCr...

Typical Orthopedic Applications

· Patient-matched orthopedic implants

· Porous structure prosthetics

· Complex lattice implant parts

· Customized anatomical components

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Orthopedic Precision Machining

Core Manufacturing Advantages

· High-precision machining for orthopedic implants and instruments, with tolerance up to ±0.003 mm

· ISO13485 certified production system for medical device manufacturing

· Flexible production for rapid prototyping and small batch orders with no MOQ limit

· Full-process manufacturing coverage from CNC machining to surface treatment and 3D printing

Production Capacity & Lead Time

· Rapid prototyping: 3–7 days for sample confirmation

· Small batch production: 7–15 days for mass production

· Flexible scheduling for urgent orthopedic project orders

· Stable capacity to support long-term OEM and customized projects

Get A Quote

If you have requirements for precision machining, prototyping or small batch production of orthopedic implants and instruments, please feel free to send us your drawings and specifications.We will provide you with a professional quotation and solution within 24 hours.

CONTACT US

Tel: +86 18718750572

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Email: enquiry@honlike.com.cn

WhatsApp: +86 18718750572

101-103, Building 8, Bay Area Intelligence Valley, West District, Zhongshan, 528411, GuangDong, China

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