Frontier Advanced Technology Ltd. Is A 3D Laser

frontiertech.com.hk

Frontier Advanced Technology Ltd. Is A 3D Laser

Hong Kong Office:

Flat 2, 10/F, Fuk Hong Industrial Building, 60-62B Tong Mi Road,

Mongkok, Kowloon, Hong Kong

H.K. Tel: (852) 3188 2335 H.K. Fax: (852) 3188 4883

China Dongguan Office:

Jinsha Admin. Distric, Chang An Town, Dongguan, China

China Tel: (86) 769 2186 0299 China Fax: (86) 769 8544 8821

Web: http://www.frontiertech.com.hk

Email: info@frontiertech.com.hk


Frontier Advanced Technology Ltd. is a 3D laser scanning technology leader in the

global market and the core R&D team accumulated over 14 years of experience in

laser-based measurement technology and applications.

Our R&D team built the first 3D scanner in 1996 in Hong Kong and invented 12

machinery related patents since 1996. In recognition of our advanced technology

and the outstanding contribution to the industries, Frontier received the Hong

Kong Awards for Industries in both 2007 & 2008.

Based on its proprietary technologies, Frontier develops a wide range of specialized

reverse engineering and measurement solutions for various applications including:

footwear design, toys design, electron product design, Jewelry product design,

domestic product design, molding making, gift and souvenir, dental application,

footwear mass customization system as well as custom made foot orthoses system.

Frontier continuously develops new core techniques ever since its foundation in

2004 and is always maintains the leading position in laser-based measurement over

the global market.

Hong Kong Awards for Industry Winner for 2007 & 2008

Proprietary Technology Patents

P.1 P.2


Applications in Shoe Industry Industry: Industry

Last Production and Inspection

Last Inspection

Auto 3D non-contact Scan

Last Production

Create inspection card using

scanned data for cutting machine

Non-contact 3D scanning, scan lasts without deformation / distortion

Support Shoe Last Milling Machine

3D last with front & rear parts scanned

Last Grading / Design

Support EasyLast in Grading and shoe design

Scan Shoe to Create Last — No Need to Damage Shoe Sample

No Distortion and Keep Original Style

Scan shoe head

New last modified with the scan data

Scan Shoe to Last Head Case 1:

Scan Shoe to Last Head Case 2:

3D Shoe Head

Connect last head to last to create new last

No need to use gypsum to copy shoe head, avoiding deformation / distortion

Remove Leather in software

to create last head

P.3 P.4


Plastic Shoes

Shoe Bottoms

Wooden Moulds

Shoe Legs

P.5 P.6

Others


Scan 3D and Color Data in 1 Sweep

Scan 3D II is able to scan

both 3D shape and color

texture at 1 sweep

User can scan the design

curve drawn on last for design

purpose or leather cutting

Support CAD System in Design Modification

Allow Painting on STL File to Preview Shoe Design

Link with shoe design system, such as ShoeMaster and Lectra, etc.

Capture the scanned color curves for leather cutting

Matching of Shoe Leg and Shoe Last

Shoe leg and shoe last

Create surface based on the curvature of last bottom

Modify the shoe leg using the created Matching of shoe leg and shoe

IGES Format Conversion

Conversion from scanning data (STL format) to IGES surface for modification

Auto segmenting scan data to several region and create IGES surface

Modification & Re-Design Re Design

Modify scan data in CAD system

Extract feature curves for re-design

P.7 P.8


Accessories Inspection

Computerized Inspection Card Making

Manufacturing

Support CNC Milling Centre for Mould Production

Support direct toolpath generation using the scan data

(Both STL & IGES format support toolpath generation)

Support Rapid Prototyping System to Build Prototype

Support STL output format for RP machine

Inspection

Create inspection card Directly from scan data

Create inspection card Directly from

scan data

Create inspection card of the shoe bottom from the shoe or the bottom part

Create inspection card of the shoe bottom and base from the scanned shoe data

P.9 P.10


Toy Cars

Toy Figures

Electronic Products

Souvenirs

Art Works

Mechanical Parts

Brassiere Cups and Moulds

Domestic Products and Spectacles

P.11 P.12


Moulds

Jewelry Products

Photo Frames

Dental Products

Application

Application

Case Case : :

3D Scan

Flow of Auto Surfacing

Automatic Align

and Merge

Support Quick IGES Surface Creation

Complete 3D Scan Data

3D STL Model

Build Rapid Prototype

Auto grid creation on the scan data to generate IGES surface

Auto segmenting data to grids Auto creation of IGES surface

Create 3D curve based on the feature manually,

and

Auto create IGES surface for modification

Direct Toolpath Generation

Compatible with CAD system

(e.g. UG & Pro-E) to modify

design

P.13 P.14


Direct CNC Toolpath Generation

Building Rapid Prototypes

3D Computerized STL Model

Multi Functions

Automatic Align and Merge

Adopt German High Resolution and High Speed Laser Sensors

and Laser Optical Components

Adopt German Imported Slides

Adopt Japanese High Quality Close-Loop Close Loop Controller and Motors

Patented Technology, Patented No. (200520054113.6),

200520054113.6),

(200520054112.1)

Support Multi-Language Multi Language Control Interface

(English, Chinese Traditional and Chinese Simplified )

Optional Accessory:

4 Axis Fully Automatic Scanning module

Scan 3D Specifications

40X Faster than

Traditional Laser ScanScanners Model Scan 3D - High Speed Scan 3D II - Precision Scan 3D II - High Speed Scan 3D II - High Speed +

Dimension 40(L) x 43(W) x 59(H) inch (Several Size Available)

Scan Volume Small : 360x300+Laser Length x400mm 3 / Medium : 460x400+Laser Length x400mm 3 /

Large : 600x400+Laser Length x530mm 3

Laser Type Class II laser, 670nm, Visible red spectrum

Linear Repeatability +/- 0.01 mm

Linear Accuracy +/- 0.01 mm

Optical Resolution +/- 0.05(Y) 0.10(Z) mm +/- 0.03(Y) 0.05(Z) mm +/- 0.05(Y) 0.10(Z) mm +/- 0.08(Y) 0.15(Z) mm

Standard Deviation


Scan 3D II Vantage Specifications

20X Faster than

Traditional Laser

Scanners

Model Vantage E Vantage V Vantage HS+ Vantage HS

Dimension 45 cm (L) x 52 cm (W) x 77 cm (H)

Scan Volume � 220 x 300 (Z) mm 3 � 160 x 300 (Z) mm 3 � 220 x 300 (Z) mm 3 � 160 x 300 (Z) mm 3

Rotation/ Movable

Range

Rotary Axis A (auto) : 360 o Movable Axis Z (auto) : 300mm

Rotary Axis B (manual) : 30 o Movable Axis X (manual) : 80mm

Laser Type Class II laser, 670nm, Visible red spectrum

Linear Repeatability +/- 0.01mm / 0.028 Deg

Linear Accuracy +/- 0.01mm / 0.028 Deg

Standard Deviation


Select the types of last

Support Auto-Grading software to create last

based on the foot scan data

Scan Foot in 9 sec

Scan foot in 9 sec

Auto measure 40 pre-defined foot dimensions

Production of last for customized shoes

The Scan 3D FS supports a wide range of industrial

standardized 3D file formats, including DXF, STL,

OBJ, IGES and VRML. Most of the CAD/CAM systems,

including last and footwear design systems (e.g.

Shoemaster, Lectra, Delcam Crispin and EasyLast

3D) support one/all of these formats.

Support user defined measurement and auto

measurement after scanning

Build in foot measurement and database

Build in client info database

Support design CAD system for foot orthotics

and insoles production

Support custom-made custom made of personalized footwear

Build-in Client and Measurement Database

Support User Defined

Measurement

Scan 3D Foot Scanner Specifications

Model No. Foot Scanner F20 Foot Scanner F20

Dimension 850mm(L) x 510mm(W) x 445mm(H)

Scan Volume 350 x 170 x 140 mm 3

Laser Type Class II Laser, 670nm, Visible Red Spectrum

Optical Resolution +/- 0.35mm

Linear Repeatability +/- 0.01mm

Linear Accuracy +/- 0.01mm

Standard Deviation +/- 0.35mm

Scan Speed 76,800 pts/sec 51,200 pts/sec

Scan Time 9 sec/foot 18 sec/foot

Scan Software Scan 3D Pro

Output Format IGES, DXF, ASCII Point, OBJ, STL Triangulated

Surface Format, FCS, VRML, X3D

Operating Voltage 110V / 220V A.C., 50Hz

*Remark: Product specifications, pictures and materials are only for reference.

We reserve the right to make changes without notice.

P.19 P.20


The patient simply places a foot on a transparent

plate and the scan process takes only 9 seconds with

a simple click in the software. Scans can be taken

with the foot either weight-bearing, partial-weight

bearing or non-weight bearing. The foot can also be

held in a corrective position if required.

Auto measure 40 pre-defined foot dimensions

Build-in patient & measurement database

Scan Foot

in 9 sec

Support user define measurement and

auto perform measurement after scan

Build in foot measurement and

database

Build in client info database

Support design CAD system for foot

orthotics and insoles production

Support mass customization of foot

orthoses for diabetic and arthritic foot

Fast and Accurate 3D Scanning

for Custom Orthotics Making

The Scan 3D FS supports a wide range of industry

standard 3D file formats including DXF, STL, OBJ,

IGES and VRML. Virtually all existing CAD/CAM

systems, including those used for orthotic design and

manufacture, support one or all of these formats.

Scan 3D Foot Scanner Specifications

Model No. Scan 3D FS1 Scan 3D FS2

Dimension 720mm(L) x 440mm(W) x 220mm(H)

Scan Volume 170 x 120 x 350 mm 3

Laser Type Class II Laser, 670nm, Visible Red Spectrum

Optical Resolution 0.12mm(H) x 0.22mm 0.23mm(H) x 0.40mm(V)

Linear Repeatability 0.006mm

Linear Accuracy 0.01mm

Standard Deviation 0.18mm 0.34 mm

Scan Speed 48,000 pts/sec 19,200 pts/sec

Scan Time 9 sec/foot

Scan Software Scan 3D Pro

Output Format IGES, DXF, ASCII Point Cloud Format, OBJ, STL Triangulated

Surface Format, FCS, VRML, X3D

Operating Voltage 110V / 220V A.C., 50Hz

*Remark: Product specifications, pictures and materials are only for reference.

We reserve the right to make changes without notice.

Optional Rotary Axis

Support rotary scan to transform the scanner

into a 360 degree full view scanner to

capture all product details

Using Rotary Scan to scan insole /

shoe pads and accessories

P.21 P.22

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