Oilfield Packer Manufacturer | Full Range Packer Systems | Maximus OIGA
Full packer range from a single well completion specialist — thermal, hydraulic, mechanical, cup, swellable, dual-string, and ESP packer systems engineered for downhole performance.
Maximus OIGA is an API Q1 and ISO 14310 certified oilfield packer manufacturer based in Vadodara, India. The company manufactures thermal, hydraulic, mechanical, and cup packer systems under the SpectraMax brand, serving oil and gas operators across India, the Middle East, and Southeast Asia with 200+ installations.
Complete Range & Capabilities
Packer Systems
The table below summarizes every packer type in the Maximus OIGA product range, from high-temperature thermal packers to openhole swellable configurations.
| Packer Type | Key Model | Learn More |
|---|---|---|
| Thermal | SpectraMax Set Thermal Packer | View |
| Hydraulic | PAK VI Hydraulic Retrievable | View |
| Mechanical | SpectraMax ASI-X, DLT, DH Tension, SnapSet | View |
| Cup | Heavy-duty cup packer | View |
| Swellable | Swellable packer | \u2014 |
| Dual-String / ESP | SpectraMax ESP Packer, Dual String Packer | \u2014 |
Operators that need a full packer range from one manufacturer gain consistent quality across every completion zone. Maximus OIGA also supplies seal bore packers, tubing anchors, on-off tools, and seal assemblies — eliminating multi-vendor procurement complexity.
Ratings, Materials & Performance Data
Packer Specifications
Packer systems available in casing sizes from 4-1/2" to 13-3/8", with pressure ratings up to 10,000 PSI and temperature ratings from standard service to 450°F. The SpectraMax series carries API 11D1 Grade V0 design verification — the highest seal integrity classification.
| Parameter | Thermal | Hydraulic |
|---|---|---|
| Setting Mechanism | Tubing rotation/compression | Fluid pressure (no tubing movement) |
| Temperature Range | 350–450°F (177–232°C) | Standard to 300°F (149°C) |
| Pressure Rating | Up to 10,000 PSI | Up to 10,000 PSI |
| Casing Sizes | 4-1/2″ to 13-3/8″ | 4-1/2″ to 13-3/8″ |
| Design Verification | API 11D1 Grade V0 | API 11D1 |
| Elastomers | FKM (200°C), FFKM (325°C) | HNBR (150°C), FKM (200°C) |
| Best Application | SAGD, geothermal, steam injection | Deviated wells, multi-zone |
Mechanical set packers use tubing rotation, tension, or compression — the most economical option for straight, shallow-to-moderate wells. Hydraulic set packers activate through applied fluid pressure with no mandrel movement, preferred for deviated and crooked-hole completions.
Quality Assurance
Certifications: API Q1, ISO 14310 & Quality Assurance
API 11D1 Compliance
Every SpectraMax and PAK VI packer conforms to API 11D1 (3rd Edition, April 2015), the modified adoption of ISO 14310:2008. Design verification grades from V0 (zero gas leakage) through V6, with V0 using gas as test medium — the most stringent classification.
ISO 14310 V0 Tested
The SpectraMax thermal packer series carries V0 verification — zero gas leakage under rated pressure and temperature conditions. Quality control grades range from Q1 (highest) through Q3.
ISO 9001 + Full Traceability
Every shipment includes material traceability records, mill test reports (MTR), inspection reports, and pressure test certificates. In-house test cell at Vadodara eliminates third-party dependency.
Production, Injection, SAGD & Geothermal
Packer Applications
Production & Injection
Mechanical or hydraulic set packers for zonal isolation in single-zone and multi-zone configurations. Injection operations — water flood, steam, and CO₂ — demand packers rated for sustained differential pressure and corrosive fluid exposure.
SAGD & Thermal Recovery
Operations at 400–500°F with steam cycling through horizontal well pairs, requiring SpectraMax thermal packers with FKM or FFKM elastomers for V0 gas-tight performance.
Geothermal
Temperatures beyond 400°F with corrosive fluids requiring 20–30 year packer lifespan. A sector trending at +40% year-over-year growth demanding premium elastomers and metallurgy.
HPHT Completions
15,000–20,000 PSI and 350–450°F per SPE standards. Premium metallurgy and high-temperature sealing systems for the most demanding downhole conditions.
Service Applications
Cement squeezing, acidizing, fracturing, and well testing each impose distinct load profiles addressed through packer selection and custom configuration.
Multi-Zone Completions
Hydraulic set packers with no mandrel movement are preferred for deviated and crooked-hole completions where tubing manipulation is restricted.
In-House Facility
Manufacturing, Testing & Quality Control
Maximus OIGA operates a dedicated manufacturing facility in Vadodara, Gujarat, India, housing CNC machining, elastomer processing, and an in-house pressure test cell under one roof. This integrated setup eliminates third-party testing dependency and compresses lead times.
The SpectraMax thermal packer line required 18 months of dedicated R&D, culminating in a pressure-testing-to-failure protocol that validates each packer design beyond its rated operating envelope. Every production unit undergoes hydrostatic and gas testing at rated conditions before shipment.
The Maximus Advantage
Why Choose Maximus OIGA for Packer Systems
Full Packer Range from a Single Source
Thermal, hydraulic, mechanical, cup, swellable, dual-string, and ESP packers — plus accessories — from one manufacturer. Single-source procurement eliminates quality variation and simplifies logistics.
SpectraMax & PAK VI Branded Technology
Proprietary packer designs, not rebadged commodity products. Dedicated engineering investment in specific well conditions.
In-House Test Facility, Vadodara
Pressure testing to failure protocol validates every packer design beyond rated conditions. No third-party testing dependency.
200+ Installations
Demonstrated field performance across India, Middle East, and Southeast Asia with ONGC, Oil India, Cairn, and international operators.
API Q1 + ISO 14310 Certified
Verifiable quality management — not self-declared. Full documentation with every shipment: MTR, inspection reports, test certificates.
Custom Engineering
Packer specifications configured to match exact wellbore geometry, temperature profile, and completion requirements.
Global Presence
200+ Installations Across India, Middle East & Southeast Asia
India
ONGC, Oil India, Cairn, and international operators. Thermal, hydraulic, mechanical, and cup packer deployments across production, injection, and thermal recovery.
Middle East
Clients in the Gulf region. Conventional and thermal recovery applications in UAE and Saudi Arabia.
Southeast Asia
Onshore and offshore completions spanning Indonesia and the Philippines.
Each installation is supported by full documentation — material traceability, mill test reports, pre-installation test certificates, and post-installation performance records. The 200+ deployment figure spans all packer types across production, injection, and thermal recovery applications.
Common Questions
Frequently Asked Questions About Oilfield Packer Systems
Three main packer types are used: mechanical set, hydraulic set, and permanent. Mechanical set packers activate through tubing movement and perform best in shallow-to-moderate, straight wellbores. Hydraulic set packers use applied fluid pressure, making them preferred for deviated and multi-zone completions. Permanent packers remain in the well for its productive life with higher pressure and temperature ratings. Maximus OIGA manufactures all three types plus thermal and cup packers under the SpectraMax and PAK VI product lines.
A packer seals the annulus between tubing and casing while allowing flow through the tubing bore. A bridge plug seals the entire casing internal diameter, blocking all flow above or below the set point. Packers enable controlled production or injection; bridge plugs are used for zone abandonment, pressure isolation, or wellbore segmentation. Both are governed by API 11D1 standards. Maximus OIGA manufactures both.
Packer selection depends on five primary factors: well trajectory (vertical versus deviated), bottomhole temperature, pressure differential, fluid chemistry, and completion type. Deviated wells typically require hydraulic set packers. Wells above 350°F demand thermal packers with FKM or FFKM elastomers. Standard production completions in vertical wells are best served by mechanical set packers. Maximus OIGA’s engineering team provides packer selection support for specific well conditions.
API 11D1 is the industry standard governing design, testing, and manufacturing of downhole packers and bridge plugs. It defines design verification grades from V0 (zero gas leakage — most stringent) through V6, using gas as the test medium at V0 level. Quality control grades range from Q1 (highest) through Q3. All Maximus OIGA SpectraMax packers are manufactured to API 11D1 standards.
Yes. Single-source supply reduces quality inconsistency across completion zones and simplifies procurement. Maximus OIGA supplies thermal, hydraulic, mechanical, cup, and swellable packers plus accessories — all under one quality management system. Compatible specifications across packer types, consistent documentation, and a single engineering contact for the entire completion string.
Retrievable packers can be unset and pulled from the well, suitable for short-life completions and workovers. Permanent packers remain in the well for its productive life with higher P/T ratings; removal requires milling. A third category — permanently retrievable packers — combines permanent-grade performance with retrieval capability. The SpectraMax range includes both retrievable and permanent configurations.
Request Packer Technical Specifications
Maximus OIGA's engineering team provides complete technical documentation for every packer type in the SpectraMax and PAK VI product lines — including specification sheets, design verification reports, and application engineering support.
Email: exports@maximusoiga.com