Prototypeto production.
Injection molding, CNC, sheet metal, 3D printing, and urethane casting in one shop that scales from 10-day prototype tools to 1200T production presses without re-sourcing. Export-controlled work routes through ITAR-registered facilities in our US network.
Engineer reviewed, 1 business day reply
5 processes under one roof
Trusted by engineering teams at
Why programs route through Glide.
Aerospace and defense programs live or die on three things: schedule, engineering, and documentation. We built the shop around all three, and medical and consumer programs get the same treatment.
- 01SpeedRead
Tools in 10 days. Parts in 3.
Prototype MUD tools in 10 days, CNC and printed parts in 3. 28T to 1200T presses across US and overseas facilities, so your program never waits in a queue.
- 02EngineeringRead
12-point DFM review on every program
Resin selection, gate scheme, draft, wall thickness, ejection, venting. Overnight feedback, so cost and timeline problems get solved before they cost you weeks.
- 03QualityRead
ISO 9001 and 13485 certified
PPAP, APQP, ISIR/FAI, and AS9102B documentation standard on production programs. ITAR-adjacent: export-controlled work routes through ITAR-registered facilities in our US network.
- 40+
- IM Machines
- 75+
- CNC Machines
- 140+
- 3D Printers
- 20+
- Engineers
- 2
- Facilities
Five ways
to go faster.
Injection Molding
Prototype through production tooling. 28T to 1200T press capacity.
Lead Time
Tooling in as fast as 10 days
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CNC Machining
3-axis to 5-axis. Plastics and metals. Domestic and overseas.
Parts in as fast as 3 days
3D Printing
MJF, SLS, FDM, SLA, DMLS. 140+ machines across technologies.
Parts in as fast as 3 days
Urethane Casting
Silicone tooling, cast polyurethane resins. ±0.010" tolerance.
Parts in as fast as 10 days
Sheet Metal
Stamping, laser cutting, brake forming. Brackets, enclosures, panels.
Parts in as fast as 5 days