THE BAC LASER LAB REHAB:

THE BAC LASER LAB REHAB:
A Design/Build Competition to re-brand and refurbish the BAC laser-cutter lab.
COMPETITION PACKET CONTENTS:
1.1.Brief, Design Objectives, Schedule Eligibility, Criteria
1.2.Existing space plans & equipment measurements
1.3.Technical specifications and safety requirements
1.4.Inspirational images
1.1 COMPETITION BRIEF
The Atelier is sponsoring a competition to redesign the laser cutter room. Coupled with
the purchase of a new laser cutter, the goal of the redesign is to enhance the laser cutting
experience. This is a branding and interior design project open to all active students at the
BAC. The project budget is $3,000, and the winning team is expected to aid in
construction.
Design Objectives
The objective is to enhance the laser cutting experience and to improve visibility by
creating better signage for the room. Inside, the space must be functional, allowing two
students to work side-by-side comfortably, and reflect the essence of the room as a
center for fabrication and innovation at the College.
The requirements of the space are to include two laser cutters (one new and one existing)
with two adjacent computer desks, a work surface for two people, a material library, and
material-recycling bin. Design of these features should be prominent in the design
proposal. Adequate shelving or storage must be provided for the library and the poster
must be elegant, informative and functional. All work surfaces must be resilient to cutting.
Competition & Project Schedule
Sunday, June 24th
Deadline to register *
Thursday, July 5th
Question period closes
Thursday, July 26th
Submittals due
Tuesday, July 31st
Jury Date
Wednesday, August 1st Winner announced
Sunday, August 26th
Construction completion
*To register, you must email Kyle Sturgeon, kyle.sturgeon@the-bac.edu, by 11:59pm
with the names of your team members.
Eligibility
All participants must be actively enrolled at the BAC. Each entry must be comprised of at
least two students. Individuals seeking teammates should contact kyle.sturgeon@thebac.edu) to gain access to a ‘meet up’ document online.
Design & Construction Jury
The jury is composed of members of Atelier, faculty, and staff including:
Karen Nelson, Kyle Sturgeon, Diego Matho, Art Byers, and Jason Courtemanche.
Proposal Criteria
- Design concept, creation of a strong brand identity for the laser cutter room
- Feasibility with respect to budget and construction
- Resourcefulness and sustainability.
- Use of finishes, fixtures and furniture, and the full volume of the room
- Presentation of the design through submittal requirements
Minimum Submittal Requirements
100-word statement of design intent
(1) Rendered Floor plan at scale of ½” = 1’-0”
(4) Interior elevations at scale of ½” = 1’-0”
(1) Exterior elevation at scale of ½” = 1’-0”
(1) Perspective rendering or wireframe collage
Selection of materials, textures, and colors
Details and assembly diagrams (as required
Construction schedule and cost breakdown
Entries should be on up to (2) two 24”x36” boards, formatted horizontal. Upon
registration, teams will be assigned a number that should appear on the back of each
board. No names or other identification is permitted on the submission. Boards must be
received by Kyle Sturgeon (kyle.sturgeon@the-bac.edu) on Thursday July 26th at 5:00pm
in both physical format and emailed as a PDF file (use sendspace.com)
1.2 EXISTING PLAN (3/4” = 1’-0” SCALE)
1.3 TECHNICAL SPECIFICATIONS AND SAFETY REQUIREMENTS
a- New laser system dimensions - Universal VLS 6.60 (also see attached spec sheet)
b- Venting Requirements: The return vent in the north wall should stay clear and not
obstructed in any way. The venting system should be controlled in such a way that
it automatically turns on and off as the machines are used, and not left to manual
operations. Proposals should spec and locate a machine that
c- Access: The proposed design must retain access to the existing utility closet
d- Safety Requirements: The design of the space must include a new, hard wired
smoke detector.
VLS Platform Series
Flexibility for Growing Businesses
The VLS 3.60, 4.60 and 6.60 freestanding laser platforms
offer increased maximum laser source power levels and
larger working areas than the desktop models. In addition,
VLS freestanding laser platforms are equipped with
Universal’s patented Rapid Reconfiguration™ technology,
so laser sources can be installed, removed and exchanged
in seconds without the use of tools. The increased
workspace, power and flexibility of VLS freestanding
laser platforms make them a good choice for growing
businesses.
Laser Technology Benefits
Software Controlled - The laser can be controlled by any software with a print function.
Multi-Material - Process an endless number of materials available today and in the future.
Multi-Process - Cut, engrave, mark, and produce photo images in one step.
Non Contact - Modify material without applying any physical force.
On Demand - Produce everything you need in real time, without waiting for hard tooling.
Uniquely Universal Features
ULR Laser Sources
Universal’s patented air-cooled free-space gas slab lasers produce an excellent quality beam with even power
distribution and good near- and far-field characteristics, making them ideal for laser material processing.
Rapid Reconfiguration™ of Lasers
Laser platforms with Rapid Reconfiguration can be reconfigured with new laser sources in seconds, without
tools. This allows you to configure your laser system to suit the task at hand, increasing quality and throughput.
High Power Density Focusing Optics™
High Power Density Focusing Optics (HPDFO) allow the laser beam to be focused to a much smaller spot, making
it possible to engrave smaller text and produce sharper images at tighter tolerances.
Laser Interface+™
This materials-based driver automatically determines the optimum processing settings for your target material.
Just select the material type, enter in the material thickness, and start the laser system.
1-Touch Laser Photo™
1-Touch Laser Photo is a proprietary software package that makes it quick and easy to produce photographic
images on nearly any material.
System Specifications
Work Surface Area
1
Maximum Part Size
2
Dimensions
VLS3.60
VLS4.60
VLS6.60
24 x 12 in
(610 x 305 mm)
24 x 18 in
(610 x 457 mm)
32 x 18 in
(813 x 457 mm)
29 x 17 x 9 in
(737 x 432 x 229 mm)
29 x 23 x 9 in
(737 x 584 x 229 mm)
37 x 23 x 9 in
(940 x 584 x 229 mm)
36 x 38 x 30 in
(914 x 965 x 762 mm)
36 x 38 x 36 in
(914 x 965 x 914 mm)
44 x 39 x 36 in
(1118 x 991 x 914 mm)
Rotary Capacity
Max Diameter 8 in (203 mm)
Motorized Z Axis Lifting Capacity
Available Focus Lenses
40 lbs (18 kg)
1.5 in (38 mm)
2.0 in (51 mm) *standard
2.5 in (64 mm)
Laser Platform Interface Panel
Five button keypad
Operating System Compatibility
Requires a dedicated PC to operate.
Compatible with Windows XP/Vista/7 – 32/64 bit
PC Connection
USB 2.0
Cabinet Style
Floor-Standing
Optics Protection
Air Assist Optional
Laser Options
Approximate Weight
10, 25, 30, 40, 50, 60 Watts
235 lbs (107 kg)
Power Requirements
Exhaust Connection
4.0 in (102 mm)
270 lbs (122 kg)
325 lbs (147 kg)
110V/10A; 220V-240V/5A
One 4 in (102 mm) port
250 CFM @ 6 in static pressure (425 m3/hr at 1.5 kPa)
Two 4 in (102 mm) ports
500 CFM @ 6 in static pressure
(850 m3/hr at 1.5 kPa)
USA
7845 E. Paradise Lane
Scottsdale, AZ 85260
Learn more at ulsinc.com
+1 480-483-1214
moreinfo@ulsinc.com
Japan
The Yokohama Landmark Tower
15th Fl. 2-2-1-1 Minato Mirai
Nishi-ku Yokohama-shi
Kanagawa-ken 220-8115 JAPAN
+81 45-224-2270
japansales@ulsinc.com
Europe
Lerchenfelder Gürtel 43
1160 Vienna, Austria
+43 1-402-22-50
eurosales@ulsinc.com
CDRH Class 1 safety enclosure for CO2 laser 3. Class 3R for red laser pointer.
1 Work
area varies by speeds and throughput
part size defined as used with 1.5 lens
Class 1 laser safety enclosure provides for safe operation without the need for an interlocked room or protective eyewear.
2 Maximum
3 CDRH
WARNING: UNIVERSAL LASER SYSTEMS PRODUCTS ARE NOT DESIGNED, TESTED, INTENDED OR AUTHORIZED FOR USE IN ANY MEDICAL APPLICATIONS,
SURGICAL APPLICATIONS, MEDICAL DEVICE MANUFACTURING, OR ANY SIMILAR PROCEDURE OR PROCESS REQUIRING APPROVAL, TESTING, OR
CERTIFICATION BY THE UNITED STATES FOOD AND DRUG ADMINISTRATION OR OTHER SIMILAR GOVERNMENTAL ENTITIES. FOR FURTHER INFORMATION
REGARDING THIS WARNING CONTACT UNIVERSAL LASER SYSTEMS OR VISIT WWW.ULSINC.COM.
Manufactured and protected under one or more U.S. Patents: 5,661,746; 5,754,575; 5,867,517; 5,881,087; 5,894,493; 5,901,167; 5,982,803;
6,181,719; 6,313,433; 6,342,687; 6,423,925; 6,424,670; 6,983,001; 7,060,934; D517,474. Other U.S. and international patents pending.
©2011 Universal Laser Systems, Inc. All rights reserved. Universal Laser Systems logo and name are registered trademarks, and Rapid
Reconfiguration, Laser Interface+, 1-Touch Laser Photo, SuperSpeed and High Power Density Focusing Optics (HPDFO) are trademarks of Universal Laser
Systems, Inc. All other company and product names are trademarks or registered trademarks of their respective companies.
MC038-110411
CPT REV 0112